18-I73E CAT REF.

Transcription

1 & 1-I73E CAT REF.

2 TABLE OF CONTENTS General 1-1 Introduction 1- General 1-3 Selection Chart 1- Ratings and Specifications -1 Air Circuit Breakers for DC350V-00V - Moulded Case Circuit Breakers for DC350V-600V -3 Moulded Case Circuit Breakers for DC750V-00V-5 Switch-disconnectors for DC600V-00V - Characteristics 3-1 Time/Current characteristic curves, Ambient Compensating Curves S160-SD, S160-GD, PVE160-SDL, S50-SD, S50-GD 3- S00-ND, S00-ND 3-3 S00-ND P, 3-3 XS150ND, XS1600ND, XS00ND P, 3- XS500ND, XS30ND P, 3-5 PVS160-SDL, PVS50-SDL 3-6 PVS160-SDH, PVS50-SDH P 3-6 PVS160-GDH, PVS50-GDH P3-6 PVS00-NDL 3-6 PVS00-NDL, PVS00-NDH, PVS00-NDH P 3-7 PVS00-NDL, P 3-7 Mounting and Connection -1 Connection of conductors to DC circuit breakers - Insulation distance DC600V or less -7 Insulation distance DC750V-00V PVE160-SDL - PVS160-SDL, PVS50-SDL, PVS50-SNL -9 PVS160-SNL P, PVS50-SNL P - PVS160-GDH P, PVS50-GDH P-11 PVS160-SDH P, PVS50-SDH P -1 PVS160-SNH P, PVS50-SNH P -13 PVS00-NDL -1 PVS00-NDL P, PVS00-NDH P -15 PVS00-NNL -16 PVS00-NNL P, PVS00-NNH P -17 PVS00-NDL -1 PVS00-NDL P, PVS00-NDH P -19 PVS00-NNL - PVS00-NNL P, PVS00-NNH P -1 Accessories 5-1 Internally mounted accessories 1. Connection diagrams and terminal numbers 5-. Possible combinations Ratings data of auxiliary and alarm switches 5-. Shunt trip device (SH) 5-5. Undervoltage trip device (UV) 5- Externally mounted accessories 1. Motor operators (MC) 5-6. External operating handles 5-1 (1) Breaker-mounted (field installable small type) (HB)5-1 () Door-mounted (depth adjustable) (HP) 5-3. Toggle holder (HH) and toggle lock (HL) 5-7. s 5-5. Terminal blocks (TF) 5-3 Outline Dimensions 6-1 DC Air Circuit Breakers Outline Dimensions ARS, AR1S, AR16S, ARS 6- AR35S, AR33S 6- AR35-NDH P 6-6 AR0S 6- DC Moulded Case Circuit Breakers Outline Dimensions S160-SD, S160-GD, S160-SDN, S50-SD, S50-GD, S50-SDN 6- S00-ND 6-11 S00-ND 6-11 S00-ND P, 6-1 XS150ND P, 6-13 XS1600ND P, 6-1 XS00ND P, 6-15 XS500ND, XS30ND P, 6-16 PVE160-SDL 6-17 PVS160-SDL, PVS50-SDL 6-1 PVS50-SNL 6-1 PVS160-SNL, PVS50-SNL P6-19 PVS160-GDH, PVS50-GDH P 6-19 PVS160-SDH, PVS50-SDH, PVS160-SNH, PVS50-SNH P 6- PVS00-NDL 6-1 PVS00-NDL, PVS00-NDH P 6-1 PVS00-NNL 6- PVS00-NNL, PVS00-NNH P 6- PVS00-NDL 6-3 PVS00-NDL, PVS00-NDH P 6-3 PVS00-NNL 6- PVS00-NNL, PVS00-NNH P 6-

3 1 General1 General Introduction 1- General 1-3 Selection Chart 1-1-1

4 Introduction In recent years, as part of the drive to reduce greenhouse gas emissions, significant attention is now being directed towards the energy produced by large-scale photovoltaic (solar), wind, and biomass energy power generation. The total power generation capacity of facilities for these new energy sources is expected to exceed that produced by nuclear energy by approximately 30. To aid and support these new technologies, Terasaki now offer a new, broad range of dedicated DC air circuit breakers and moulded case circuit breakers. The new range of Terasaki DC circuit breakers are ideally suited for all types of industries, buildings, as well as the information technology and communications sectors where highly reliable sources of electric power are required. DC Air Circuit Breakers Rated current 00 Rated breaking capacity 6000 Possible reverse connection DC Moulded Case Circuit Breakers 160 Rated current 160 Rated breaking capacity 7503 Possible reverse connection 160 Rated current 160 Rated breaking capacity 7505 Possible reverse connection 50 Rated current 50 Rated breaking capacity 005 Possible reverse connection 1-

5 General 1 DC power sources for the Uninterruptible Power Supply (UPS) market Electrical and electronic equipment used in the advanced information and communications sectors requires a highly reliable power source. Should a power failure occur, and to assist with continuity of electrical power, it is standard practice to install an Uninterruptable Power Supply (UPS). A data centre is where Internet servers and other systems for data communications, such as fixed, mobile, and IP telephones are installed. At the data centre, AC power from the main system power source is sent to the UPS, and is temporarily converted to DC power. A storage battery is then charged with this DC power, which is reconverted back into AC power and then sent to the information equipment. General Building and Industrial power back-up A UPS is typically required for critical power systems in department stores, hotels, hospitals, theaters, and office buildings. For example, in semiconductor manufacturing plants that feature advanced automation as a part of their production processes, UPS systems with large battery capacities are used to take measures against any large-scale power outage affecting critical manufacturing facilities. Photovoltaic power generation Photovoltaic (or Solar) power generation, which is attracting attention as clean energy, ranges from simple generation of up to several kilowatts for home use, to larger systems of 0 kilowatts or greater for industrial use. In the "School New Deal" program, one of the governmental measures during the economic crisis, were for ecofriendly modifications which advocated the use of photovoltaic power generation at schools. One example is a power distribution system linked to a source of photovoltaic power generation. The current produced from the photovoltaic solar cells is sent to a power conditioner via a diode with a DC circuit breaker in a junction box and then converted into AC, which can then be supplied to a load via a distribution board. Rationalization of use of electric power via large-capacity storage battery Energy from new power sources such as wind and photovoltaic power generation do not have a stable output. A lithium ion battery and a sodium-sulfur (NAS) battery can suppress such fluctuations by load leveling. The battery is charged at night using a lower electrical power rate at night and discharged at daytime when the electrical power usage rate is higher, and in addition, any new electrical power generated can also be saved. For this purpose, large-capacity storage battery systems are used at wind and photovoltaic power generation facilities. The use of these types of systems is expected to grow across all user sectors requiring large amounts of power, plus as an additional measure against possible power outages. 1-3

6 All Air Circuit Breakers and Switch-disconnectors are possible to reverse the connection. Moulded Case Circuit Breakers up to 00A frame are possible to reverse the connection. Selection Chart Voltage Frame size (A) V Air Circuit Breakers 600V ARS 0kA/0kA 00V PVS160-SDH P 5kA/5kA PVS160-GDH P ka/5ka PVS50-SDH P 5kA/5kA PVS50-GDH P ka/5ka PVS00-NDH P ka/5ka PVS00-NDH P ka/5ka Moulded Case Circuit Breakers 750V 600V 500V PVE160-SDL 3kA/3kA S160-SD 5kA/5kA S160-SD 7.5kA/7.5kA PVS160-SDL ka/5ka S160-GD ka/5ka S160-GD 15kA/7.5kA S50-SD 5kA/5kA S50-SD 7.5kA/7.5kA PVS50-SDL ka/5ka S50-GD ka/5ka S50-GD 15kA/7.5kA PVS00-NDL ka/5ka PVS00-NDL P ka/ka S00-ND 15kA/15kA PVS00-NDL ka/ka PVS00-NDL P ka/ka S00-ND ka/ka 350V S160-SD ka/ka S50-SD ka/ka S00-ND ka/ka S00-ND 30kA/15kA 50V 00V PVS160-SNH P PVS50-SNH P PVS00-NNH P PVS00-NNH P 00V PVS160-SNL P PVS50-SNL P PVS00-NNL P PVS00-NNL P Switch-disconnectors 750V PVS50-SNL PVS00-NNL PVS00-NNL 600V S160-SDN S50-SDN 1-

7 1-5 1 General AR35-NDH P 30kA/30kA AR35S 0kA/0kA ARS 0kA/0kA AR16S 0kA/0kA AR1S 0kA/0kA AR33S 0kA/0kA 000 AR0S 0kA/0kA S00-ND ka/ka S00-ND 30kA/15kA S00-ND P 50kA/kA XS150ND ka/15ka XS150ND 50kA/5kA XS150ND P 50kA/30kA XS1600ND ka/15ka XS1600ND 50kA/5kA XS1600ND P 50kA/30kA XS00ND ka/15ka XS00ND 50kA/5kA XS00ND P 50kA/30kA XS500ND ka/15ka XS500ND 50kA/5kA XS500ND P 50kA/30kA XS30ND ka/15ka XS30ND 50kA/5kA XS30ND P 50kA/30kA S160-SD 5kA/5kA I cs I cu Number of poles Reverse connection Not possible Reverse connection Possible

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9 Ratings and Specifications Air Circuit Breakers for DC350V-00V - Moulded Case Circuit Breakers for DC350V-600V -3 Moulded Case Circuit Breakers for DC750V-00V -5 Switch-disconnectors for DC600V-00V - Ratings and Specifications -1

10 Air Circuit Breakers for DC350V-00V Frame size (A) Type Rated currentmax.i n A Number of poles Rated insulation voltageu i V Rated operational voltageu e V DC Rated impulse withstand voltageu imp kv Rated breaking cap, ka JIS C 1--1 Ann.1 Ann. DC 00V IEC V I cu /I cs 500V 350V Rated short time withstand currenti cw ka 1s Latching current ka Total breaking time (s) Closing operation time Spring charging time (s) max. Close time (s) max. No. of operating cycles Mechanical life with maintenance without maintenance Electrical life without maintenance DC 600V Outline dimension mm Draw-out a type b b c a c d d Weight kg Reverse connection 00 ARS /0 0/0 0/ AR1S /0 0/0 0/ AR16S /0 0/0 0/ ARS /0 0/0 0/ AR35S /0 0/0 0/ AR35-NDH / AR33S /0 0/0 0/ AR0S /0 0/0 0/ Notes: : no or not available. : AGR over-current release can not be used for DC. Please prepare DC over-current relay and connect with shunt trip device. : The time constant (L/R) of the circuit should be, less than.0ms nearby rated current less than 15ms for short circuit (1)Shunt trip device is Instantaneously rated type. Continuously rated shunt trip device is not applicable. ()Undervoltage trip device is not applicable. (3)Test jumper is not applicable. For further details please contact TERASAKI. -

11 Moulded Case Circuit Breakers for DC350V-600V Frame size (A) Type Number of poles Ratings Rated current, A Calibrated at 5 C poles breaker is same outline dimensions as 3 poles breaker. Rated insulation voltageu i V Rated impulse withstand voltage U imp kv Rated breaking capacity, ka JIS C 1--1 Ann.1 Ann. DC 600V IEC V I cu /I cs 350V 50V External dimensions, mm Weight (' marked standard type) kg Connections and Mountings Front-connected (FC) Terminal screws With extension bars Flat bar studs Plug-in (PM) For switchboards For distribution boards Draw-out type (DR) TemPlug70 (PG) TemPlug5B (PG) DIN rail mount Clip-in chassis mount Accessories (optional) Symbol Auxiliary switch Alarm switch Shunt trips Undervoltage trips Motor operator External operating Breaker-mounted handle Door-mounted (variable depth) Toggle extension Mechanical interlock Slide type Rear-connected type Link type Wire type Toggle holder Toggle lock For front-connected For rear-connected and plug-in Interpole barrier Terminal block for lead Door flange Standard specifications Overcurrent trip mechanism Interior Exterior a b d c Trip button (Colour) Handle position indication (ON: Red, OFF: Green) Suitability for isolation Reverse connection 160 S160-SD 3 5 (16-5) 3 (-3) 0 (5-0) 63 (0-63) 0 (50-0) 0 (63-0) 15 (0-15) 160 (0-160) 690 5/5 7.5/7.5 / ' BAR Adj. thermal, fixed magnetic Grey (Red) 160 S160-GD 3 5 (16-5) 3 (-3) 0 (5-0) 63 (0-63) 0 (50-0) 0 (63-0) 15 (0-15) 160 (0-160) 690 /5 15/ ' BAR Adj. thermal, fixed magnetic Grey (Red) 50 S50-SD 3 0 (63-0) 15 (0-15) 160 (0-160) 0 (15-0) 50 (160-50) 00 5/5 7.5/7.5 / ' BAR Adj. thermal, fixed magnetic Grey (Red) 50 S50-GD 3 0 (63-0) 15 (0-15) 160 (0-160) 0 (15-0) 50 (160-50) 00 /5 15/ ' BAR Adj. thermal, fixed magnetic Grey (Red) 00 S00-ND 3 50 (160-50) 00 (50-00) 00 15/15 15/15 / ' BAR Adj. thermal, fixed magnetic Grey (Red) 00 S00-ND (00-630) 00 (500-00) 00 / / 30/ ' Adj. thermal, fixed magnetic Grey (Red) Notes: ' : Standard. This configuration used unless otherwise specified. : Optional standard. Specify when ordering. : yes or available. : no or not available. : Line side interpole barriers are supplied as standard. (Front connection only) : Connect 3pole or pole in series when over DC50V. : The time constant (L/R) of the circuit should be, less than.0ms nearby rated current less than 5ms for short circuit KA less than ms for short circuit KA less than 15ms for short circuit KA : Provided with DIN rail adaptor. : Be sure to install the terminal covers on Line side (ON side) that is supplied as standard. : Possible to fit on load side (option). : means the dimension of the terminal cover. See outline dimensions for details. 00 S00-ND / / 30/15 50/ ' Fixed thermal, fixed magnetic Grey (Red) Ratings and Specifications -3

12 Moulded Case Circuit Breakers for DC350V-600V Frame size (A) Type Number of poles Ratings Rated current, A Calibrated at 5 C 150 XS150ND XS1600ND XS00ND XS500ND XS30ND 3 30 poles breaker is same outline dimensions as 3 poles breaker. Rated insulation voltageu i V Rated impulse withstand voltage U imp kv Rated breaking capacity, ka JIS C 1--1 Ann.1 Ann. DC 600V IEC V I cu /I cs 350V 50V External dimensions, mm Weight (' marked standard type) kg Connections and Mountings Front-connected (FC) Terminal screws With extension bars Flat bar studs Plug-in (PM) For switchboards For distribution boards Draw-out type (DR) TemPlug70 (PG) TemPlug5B (PG) DIN rail mount Clip-in chassis mount Accessories (optional) Symbol Auxiliary switch Alarm switch Shunt trips Undervoltage trips Motor operator External operating Breaker-mounted handle Door-mounted (variable depth) Toggle extension Mechanical interlock Slide type Rear-connected type Link type Wire type Toggle holder Toggle lock For front-connected For rear-connected and plug-in Interpole barrier Terminal block for lead Door flange Standard specifications Overcurrent trip mechanism Trip button (Colour) Handle position indication (ON: Red, OFF: Green) Suitability for isolation Reverse connection Interior Exterior a b d c 690 /15 50/5 50/5 50/ ' Magnetic(adjustable) Grey (Red) Non 690 /15 50/5 50/5 50/ ' Magnetic(adjustable) Grey (Red) Non 690 /15 50/5 50/5 50/ ' Magnetic(adjustable) Grey (Red) Non Non 690 /15 50/5 50/5 50/ ' Magnetic(adjustable) Grey (Red) Non Non 690 /15 50/5 50/5 50/ ' Magnetic(adjustable) Grey (Red) Non Non Notes: ' : Standard. This configuration used unless otherwise specified. : Optional standard. Specify when ordering. : yes or available. : no or not available. : Instantaneous trip oinly. : Supplied as standard. : Line side interpole barriers are supplied as standard. (Front connection only) : Connect 3pole in series when over DC50V. : The time constant (L/R) of the circuit should be, less than.0ms nearby rated current less than 5ms for short circuit KA less than ms for short circuit KA less than 15ms for short circuit KA : One is supplied with every five breakers. Please specify if more are required. : Fixed depth. (not adjustable) -

13 Moulded Case Circuit Breakers for DC750V-00V Frame size (A) Type Number of poles Ratings Rated current, A Calibrated at 5 C Rated insulation voltageu i V Rated impulse withstand voltage U imp kv Rated breaking capacity, ka JIS C 1--1 Ann.1 Ann. DC 00V IEC I cu /I cs 750V External dimensions, mm Weight (' marked standard type) kg Connections and Mountings Front-connected (FC) Terminal screws With extension bars Flat bar studs Plug-in (PM) For switchboards For distribution boards Draw-out type (DR) TemPlug70 (PG) TemPlug5B (PG) DIN rail mount Clip-in chassis mount Accessories (optional) Symbol Auxiliary switch Alarm switch Shunt trips Undervoltage trips Motor operator External operating Breaker-mounted handle Door-mounted (variable depth) Toggle extension Mechanical interlock Slide type Rear-connected type Link type Wire type Toggle holder Toggle lock For front-connected For rear-connected and plug-in Interpole barrier Terminal block for lead Door flange Standard specifications Overcurrent trip mechanism Interior Exterior a b d c Trip button (Colour) Handle position indication (ON: Red, OFF: Green) Suitability for isolation Reverse connection 160 PVE160-SDL 3 5 (16-5) 3 (-3) 0 (5-0) 63 (0-63) 0 (50-0) 0 (63-0) 15 (0-15) 160 (0-160) 00 3/ ' BAR Adj. thermal, fixed magnetic Grey (Red) 160 PVS160-SDL 3 50 (3-50) 63 (0-63) 0 (63-0) 15 (0-15) 160 (0-160) 00 / ' BAR Adj. thermal, fixed magnetic Grey (Red) 160 PVS160-SDH 50 (3-50) 63 (0-63) 0 (63-0) 15 (0-15) 160 (0-160) 00 5/ ' BAR Adj. thermal, fixed magnetic Grey (Red) 160 PVS160-GDH 50 (3-50) 63 (0-63) 0 (63-0) 15 (0-15) 160 (0-160) 00 / ' BAR Adj. thermal, fixed magnetic Grey (Red) Notes: ' : Standard. This configuration used unless otherwise specified. : Optional standard. Specify when ordering. : yes or available. : no or not available. : Connect 3poles or poles in series. : The time constant (L/R) of the circuit should be, less than.0ms nearby rated current less than 5ms for short circuit KA less than ms for short circuit KA less than 15ms for short circuit KA : Two terminal covers are supplied as standard. Be sure to install the terminal covers on Line side (ON side) and Load side (OFF side). : means the dimension of the terminal cover. See outline dimensions for details. Ratings and Specifications -5

14 Moulded Case Circuit Breakers for DC750V-00V Frame size (A) Type Number of poles Ratings Rated current, A Calibrated at 5 C 50 PVS50-SDL 3 0 (63-0) 15 (0-15) 160 (0-160) 0 (15-0) 50 (160-50) 50 PVS50-SDH 0 (63-0) 15 (0-15) 160 (0-160) 0 (15-0) 50 (160-50) 50 PVS50-GDH 0 (63-0) 15 (0-15) 160 (0-160) 0 (15-0) 50 (160-50) Rated insulation voltageu i V Rated impulse withstand voltage U imp kv Rated breaking capacity, ka JIS C 1--1 Ann.1 Ann. DC 00V IEC I cu /I cs 750V External dimensions, mm Weight (' marked standard type) kg Connections and Mountings Front-connected (FC) Terminal screws With extension bars Flat bar studs Plug-in (PM) For switchboards For distribution boards Draw-out type (DR) TemPlug70 (PG) TemPlug5B (PG) DIN rail mount Clip-in chassis mount Accessories (optional) Symbol Auxiliary switch Alarm switch Shunt trips Undervoltage trips Motor operator External operating Breaker-mounted handle Door-mounted (variable depth) Toggle extension Mechanical interlock Slide type Rear-connected type Link type Wire type Toggle holder Toggle lock For front-connected For rear-connected and plug-in Interpole barrier Terminal block for lead Door flange Standard specifications Overcurrent trip mechanism Interior Exterior a b d c Trip button (Colour) Handle position indication (ON: Red, OFF: Green) Suitability for isolation Reverse connection 00 / ' BAR Adj. thermal, fixed magnetic Grey (Red) 00 5/ ' BAR Adj. thermal, fixed magnetic Grey (Red) 00 / ' BAR Adj. thermal, fixed magnetic Grey (Red) Notes: ' : Standard. This configuration used unless otherwise specified. : Optional standard. Specify when ordering. : yes or available. : no or not available. : Connect 3poles or poles in series. : The time constant (L/R) of the circuit should be, less than.0ms nearby rated current less than 5ms for short circuit KA less than ms for short circuit KA less than 15ms for short circuit KA : Two terminal covers are supplied as standard. Be sure to install the terminal covers on Line side (ON side) and Load side (OFF side). : means the dimension of the terminal cover. See outline dimensions for details. -6

15 Moulded Case Circuit Breakers for DC750V-00V Frame size (A) Type Number of poles Ratings Rated current, A Calibrated at 5 C 00 PVS00-NDL 3 50 (160-50) 00 (50-00) 50 (160-50) 00 (50-00) 00 PVS00-NDH 50 (160-50) 00 (50-00) 00 PVS00-NDL (00-630) 00 (500-00) 630 (00-630) 00 (500-00) 00 PVS00-NDH 630 (00-630) 00 (500-00) Rated insulation voltageu i V Rated impulse withstand voltage U imp kv Rated breaking capacity, ka JIS C 1--1 Ann.1 Ann. DC 00V IEC I cu /I cs 750V External dimensions, mm Weight (' marked standard type) kg Connections and Mountings Front-connected (FC) Terminal screws With extension bars Flat bar studs Plug-in (PM) For switchboards For distribution boards Draw-out type (DR) TemPlug70 (PG) TemPlug5B (PG) DIN rail mount Clip-in chassis mount Accessories (optional) Symbol Auxiliary switch Alarm switch Shunt trips Undervoltage trips Motor operator External operating Breaker-mounted handle Door-mounted (variable depth) Toggle extension Mechanical interlock Slide type Rear-connected type Link type Wire type Toggle holder Toggle lock For front-connected For rear-connected and plug-in Interpole barrier Terminal block for lead Door flange Standard specifications Overcurrent trip mechanism Interior Exterior a b d c Trip button (Colour) Handle position indication (ON: Red, OFF: Green) Suitability for isolation Reverse connection 00 / ' BAR Adj. thermal, fixed magnetic Grey (Red) 1150 / ' BAR Adj. thermal, fixed magnetic Grey (Red) 1150 / ' BAR Adj. thermal, fixed magnetic Grey (Red) 00 / ' Adj. thermal, fixed magnetic Grey (Red) 1150 / ' Adj. thermal, fixed magnetic Grey (Red) 1150 / ' Adj. thermal, fixed magnetic Grey (Red) Notes: ' : Standard. This configuration used unless otherwise specified. : Optional standard. Specify when ordering. : yes or available. : no or not available. : Connect 3poles or poles in series. : The time constant (L/R) of the circuit should be, less than.0ms nearby rated current less than 5ms for short circuit KA less than ms for short circuit KA less than 15ms for short circuit KA : For front connection, both line and load side interpole barriers are supplied as standard. For rear connection, line side interpole barriers are supplied as standard. : For front connection, 5pcs line side interpole barriers and 3pcs load side interpole barriers are supplied as standard. For rear connection, 5pcs line side interpole barriers are supplied as standard. : For front connection and rear connection, pcs line side interpole barriers are supplied as standard. Ratings and Specifications -7

16 Switch-disconnectors for DC600V-00V Frame size (A) Type Number of poles Ratings Rated current, A 160 S160-SDN PVS160-SNL PVS160-SNH S50-SDN PVS50-SNL PVS50-SNH 50 Rated insulation voltageu i V Rated operational voltage V DC Rated short time withstand current, ka Rated impulse withstand voltage U imp kv Performance Utilization category DC JIS C 1-3 IEC External dimensions, mm Weight (' marked standard type) kg Connections and Mountings Front-connected (FC) Terminal screws With extension bars Rear-connected (RC) Flat bar studs Plug-in (PM) For switchboards For distribution boards Draw-out type (DR) TemPlug70 (PG) TemPlug5B (PG) DIN rail mount Clip-in chassis mount Accessories (optional) Symbol Auxiliary switch Alarm switch Shunt trips Undervoltage trips Motor operator External operating Breaker-mounted handle Door-mounted (variable depth) Toggle extension Mechanical interlock Slide type Rear-connected type Link type Wire type Toggle holder Toggle lock For front-connected For rear-connected and plug-in Interpole barrier Terminal block for lead Door flange Standard specifications Trip button (Colour) Handle position indication (ON: Red, OFF: Green) Suitability for isolation Reverse connection Interior Exterior a b d c a b c d sec. DC-A ' BAR Grey (Red) sec. DC-A ' BAR Grey (Red) sec. DC-A ' BAR Grey (Red) sec. DC-A ' BAR Grey (Red) sec. DC-A ' BAR Grey (Red) sec. DC-A ' BAR Grey (Red) Notes: ' : Standard. This configuration used unless otherwise specified. : Optional standard. Specify when ordering. : yes or available. : no or not available. : Connect 3poles or poles in series. : Two terminal covers are supplied as standard. Be sure to install the terminal covers on Line side (ON side) and Load side (OFF side). : Provided with DIN rail adaptor. : Be sure to install the terminal covers on Line side (ON side) that is supplied as standard. : Possible to fit on load side (option). : means the dimension of the terminal cover. See outline dimensions for details. : The time constant (L/R) of the circuit should be less than.0ms nearby rated current. -

17 Switch-disconnectors for DC600V-00V Frame size (A) Type Number of poles Ratings Rated current, A 00 PVS00-NNL PVS00-NNH PVS00-NNL PVS00-NNH Rated insulation voltageu i V Rated operational voltage V DC Rated short time withstand current, ka Rated impulse withstand voltage U imp kv Performance Utilization category DC JIS C 1-3 IEC External dimensions, mm Weight (' marked standard type) kg Connections and Mountings Front-connected (FC) Terminal screws With extension bars Rear-connected (RC) Flat bar studs Plug-in (PM) For switchboards For distribution boards Draw-out type (DR) TemPlug70 (PG) TemPlug5B (PG) DIN rail mount Clip-in chassis mount Accessories (optional) Symbol Auxiliary switch Alarm switch Shunt trips Undervoltage trips Motor operator External operating Breaker-mounted handle Door-mounted (variable depth) Toggle extension Mechanical interlock Slide type Rear-connected type Link type Wire type Toggle holder Toggle lock For front-connected For rear-connected and plug-in Interpole barrier Terminal block for lead Door flange Standard specifications Trip button (Colour) Handle position indication (ON: Red, OFF: Green) Suitability for isolation Reverse connection Interior Exterior a b d c a b c d sec. DC-A ' BAR Grey (Red) sec. DC-A ' BAR Grey (Red) sec. DC-A ' Grey (Red) sec. DC-A ' Grey (Red) Notes: ' : Standard. This configuration used unless otherwise specified. : Optional standard. Specify when ordering. : yes or available. : no or not available. : Connect poles in series. : For front connection, both line and load side interpole barriers are supplied as standard. For rear connection, line side interpole barriers are supplied as standard. : For front connection, 5pcs line side interpole barriers and 3pcs load side interpole barriers are supplied as standard. For rear connection, 5pcs line side interpole barriers are supplied as standard. : The time constant (L/R) of the circuit should be less than.0ms nearby rated current. : For front connection, pcs line side interpole barriers and pcs load side interpole barriers are supplied as standard. For rear connection, pcs line side interpole barriers are supplied as standard. Ratings and Specifications -9

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19 3 Characteristics Time/Current characteristic curves, Ambient Compensating Curves S160-SD, S160-GD, PVE160-SDL, S50-SD, S50-GD 3- S00-ND, S00-ND 3-3 S00-ND P, 3-3 XS150ND, XS1600ND, XS00ND P, 3- XS500ND, XS30ND P, 3-5 PVS160-SDL, PVS50-SDL 3-6 PVS160-SDH, PVS50-SDH P 3-6 PVS160-GDH, PVS50-GDH P 3-6 PVS00-NDL 3-6 PVS00-NDL, PVS00-NDH, PVS00-NDH P 3-7 PVS00-NDL, P Characteristics 3-1

20 Time/Current characteristic curves, Ambient Compensating Curves Type Time/Current characteristic curves, Ambient Compensating Curves S160-SD S160-GD PVE160-SDL Tripping Time second minute hour Min. 160A Max. 5A Percent current rating calibrated at 5 C A 0A 63A 160A 5A 3A 0A 0A Calibrated temperature Ambient temperature ( C) Percent Rated Current Rated current (A) Magnetic trip current (A) Notes : Setting current ±% S50-SD S50-GD hour hour Tripping Time minute second A(Min) 0-0A(Max) Tripping Time minute second A(Min) 50A(Max) Percent Rated Current Percent Rated Current Rated current (A) Magnetic trip current (A) Notes : Setting tolerance ±% Percent current rating A 0A,50A 15A,160A Calibrated temperature calibrated at 5 C Ambient temperature ( C) 3-

21 Time/Current characteristic curves, Ambient Compensating Curves Type Time/Current characteristic curves, Ambient Compensating Curves S00-ND Tripping Time second minute hour Percent current rating calibrated at 5 C A 00A Calibrated temperature Ambient temperature ( C) Rated current (A) Magnetic trip current (A) Notes : Setting tolerance ±% 3 Percent Rated Current S00-ND Tripping Time second minute hour Percent current rating calibrated at 5 C A,00A Calibrated temperature Ambient temperature ( C) Characteristics Percent Rated Current Rated current (A) Magnetic trip current (A) Notes : Setting tolerance ±% S00-ND P, hour Calibrated temperature Tripping Time minute second Min. Max. Percent current rating calibrated at 5 C Ambient temperature ( C) Percent Rated Current Rated current (A) Magnetic trip current (A) Notes : Setting tolerance ±% 3-3

22 Time/Current characteristic curves, Ambient Compensating Curves Type Time/Current characteristic curves, Ambient Compensating Curves XS150ND P, Tripping Time second minute hour Setting tolerance 6 (Scale) Setting tolerance (Scale) Adjustable setting range of magnetic trip. Five stages within this range Rated current Magnetic trip current (A) (A) Scale Notes : Setting tolerance ±% at 000A and ±5% for other settings Rated Current (A) Note: Magnetic trip only. Use the external over-current relay. XS1600ND P, Tripping Time second minute hour Setting tolerance 6 (Scale) Setting tolerance (Scale) Adjustable setting range of magnetic trip. Five stages within this range Rated current Magnetic trip current (A) (A) Scale Notes : Setting tolerance ±% at 000A and ±5% for other settings Rated Current (A) Note: Magnetic trip only. Use the external over-current relay. XS00ND P, Tripping Time second minute hour Setting tolerance 6 (Scale) Setting tolerance (Scale) Adjustable setting range of magnetic trip. Five stages within this range Rated current Magnetic trip current (A) (A) Scale Notes : Setting tolerance ±% at 000A and ±5% for other settings Rated Current (A) Note: Magnetic trip only. Use the external over-current relay. 3-

23 Time/Current characteristic curves, Ambient Compensating Curves Type Time/Current characteristic curves, Ambient Compensating Curves XS500ND P, Tripping Time second minute hour Setting tolerance 6 (Scale) Setting tolerance (Scale) Adjustable setting range of magnetic trip. Five stages within this range Rated current Magnetic trip current (A) (A) Scale Notes : Setting tolerance ±% at 000A and ±5% for other settings Rated Current (A) Note: Magnetic trip only. Use the external over-current relay. XS30ND P, Tripping Time second minute hour Setting tolerance (Scale6) Setting tolerance (Scale1) Adjustable setting range of magnetic trip. Five stages within this range. Characteristics Rated current Magnetic trip current (A) (A) Scale Notes : Setting tolerance ±% at 0A and ±5% for other settings Rated Current (A) Note: Magnetic trip only. Use the external over-current relay. 3-5

24 Time/Current characteristic curves, Ambient Compensating Curves Type Time/Current characteristic curves, Ambient Compensating Curves PVS160-SDL PVS160-SDH P PVS160-GDH P PVS50-SDL PVS50-SDH P PVS50-GDH P hour hour Tripping Time minute second A(Min) 50-0A(Max) Tripping Time minute second A(Min) 50A(Max) Percent Rated Current Percent Rated Current PVS160-SDL, PVS160-SDH, PVS160-GDH Rated current (A) Magnetic trip current (A) Notes : Setting tolerance ±% PVS50-SDL, PVS50-SDH, PVS50-GDH Rated current (A) Magnetic trip current (A) Notes : Setting tolerance ±% Percent current rating calibrated at 5 C A 0A,50A 15A,160A 63A 0A Calibrated temperature Ambient temperature ( C) PVS00-NDL Tripping Time second minute hour Percent current rating calibrated at 5 C A 00A Calibrated temperature Ambient temperature ( C) Percent Rated Current Rated current (A) Magnetic trip current (A) Notes : Setting tolerance ±% 3-6

25 Time/Current characteristic curves, Ambient Compensating Curves Type Time/Current characteristic curves, Ambient Compensating Curves PVS00-NDL P Tripping Time second minute hour Percent current rating calibrated at 5 C A 00A Calibrated temperature Ambient temperature ( C) Percent Rated Current Rated current (A) Magnetic trip current (A) Notes : Setting tolerance ±% 3 PVS00-NDH P Tripping Time second minute hour Percent current rating calibrated at 5 C A 00A Calibrated temperature Ambient temperature ( C) Characteristics Percent Rated Current Rated current (A) Magnetic trip current (A) Notes : Setting tolerance ±% PVS00-NDL, P PVS00-NDH P Tripping Time second minute hour A 630A Percent current rating calibrated at 5 C A,00A Calibrated temperature Ambient temperature ( C) Percent Rated Current Rated current (A) Magnetic trip current (A) Notes : Setting tolerance ±% 3-7

26

27 Mounting and Connection Connection of conductors to DC circuit breakers- Insulation distance DC600V or less -7 Insulation distance DC750V-00V PVE160-SDL - PVS160-SDL, PVS50-SDL, PVS50-SNL -9 PVS160-SNL P, PVS50-SNL P - PVS160-GDH P, PVS50-GDH P -11 PVS160-SDH P, PVS50-SDH P -1 PVS160-SNH P, PVS50-SNH P -13 PVS00-NDL -1 PVS00-NDL P, PVS00-NDH P -15 PVS00-NNL -16 PVS00-NNL P, PVS00-NNH P -17 PVS00-NDL -1 PVS00-NDL P, PVS00-NDH P -19 PVS00-NNL - PVS00-NNL P, PVS00-NNH P -1 Mounting and Connection -1

28 Connection of conductors to DC circuit breakers It is more difficult to interrupt DC current than AC current because DC current does not have a zero point. Therefore for high DC voltages, 3-pole or -pole circuit breaker main contacts are connected in series to ensure breaking performance. As illustrated below, the main power conductors for DC-use air circuit breakers, moulded case circuit breakers, and switch disconnectors shall be connected generally as shown below but also depending on the type of breaker, the number of poles, and the DC operating voltage. Non-grounded system (Protection + Isolation function) Grounded system (Protection) Grounded system (Protection + Isolation function) Source Source Source Ordinally connection Load Load Load Load Load Load Reverse connection Source Source Source Type of breakers No.s of poles Applicable voltage (V) Rated breaking capacity Applicable voltage (V) Rated breaking capacity Applicable voltage (V) Rated breaking capacity S00-ND P 50 50kA/kA 50 50kA/kA kA/kA poles breaker is a 3 pole breaker with the center pole omitted. Non-grounded system (Protection + Isolation function) Grounded system (Protection) Grounded system (Protection + Isolation function) Source Source Source Ordinally connection Load Load Load Type of breakers No.s of poles Applicable voltage (V) Rated breaking capacity Applicable voltage (V) Rated breaking capacity Applicable voltage (V) Rated breaking capacity XS150ND P 50 50kA/30kA 50 50kA/30kA kA/30kA XS1600ND P 50 50kA/30kA 50 50kA/30kA kA/30kA XS00ND P 50 50kA/30kA 50 50kA/30kA kA/30kA XS500ND P 50 50kA/30kA 50 50kA/30kA kA/30kA XS30ND P 50 50kA/30kA 50 50kA/30kA kA/30kA poles breaker is a 3 pole breaker with the center pole omitted. -

29 Non-grounded system (Protection + Isolation function) Grounded system (Protection) Grounded system (Protection + Isolation function) Source Source Source Ordinally connection Load Load Load Load Load Load Reverse connection Type of breakers No.s of poles Applicable voltage (V) Source Rated breaking capacity Applicable voltage (V) Source Rated breaking capacity Applicable voltage (V) Source Rated breaking capacity S160-SD 600 5kA/5kA 600 5kA/5kA 00 5kA/5kA S160-SD kA/7.5kA kA/7.5kA kA/7.5kA S160-SD 350 ka/ka 350 ka/ka 50 ka/ka S160-GD 600 ka/5ka 600 ka/5ka 00 ka/5ka S160-GD kA/7.5kA kA/7.5kA kA/7.5kA S50-SD 600 5kA/5kA 600 5kA/5kA 00 5kA/5kA S50-SD kA/7.5kA kA/7.5kA kA/7.5kA S50-SD 350 ka/ka 350 ka/ka 50 ka/ka S50-GD 600 ka/5ka 600 ka/5ka 00 ka/5ka S50-GD kA/7.5kA kA/7.5kA kA/7.5kA S00-ND kA/15kA kA/15kA 00 15kA/15kA S00-ND 350 ka/ka 350 ka/ka 50 ka/ka S00-ND 600 ka/ka 600 ka/ka 00 ka/ka S00-ND kA/15kA kA/15kA 50 30kA/15kA S00-ND 600 ka/ka 600 ka/ka 00 ka/ka S00-ND kA/15kA kA/15kA 50 30kA/15kA PVE160-SDL 750 3kA/3kA 750 3kA/3kA 500 3kA/3kA PVS160-SDL 750 ka/5ka 750 ka/5ka 500 ka/5ka PVS50-SDL 750 ka/5ka 750 ka/5ka 500 ka/5ka PVS00-NDL 750 ka/5ka 750 ka/5ka 500 ka/5ka PVS00-NDL 750 ka/ka 750 ka/ka 500 ka/ka S160-SDN S50-SDN PVS50-SNL PVS00-NNL PVS00-NNL Mounting and Connection -3

30 Connection of conductors to DC circuit breakers Non-grounded system (Protection + Isolation function) Grounded system (Protection) Grounded system (Protection + Isolation function) Source Source Source Ordinally connection Load Load Load Type of breakers No.s of poles Applicable voltage (V) Rated breaking capacity Applicable voltage (V) Rated breaking capacity Applicable voltage (V) Rated breaking capacity XS150ND 600 ka/15ka 600 ka/15ka 00 ka/15ka XS150ND kA/5kA kA/5kA kA/5kA XS1600ND 600 ka/15ka 600 ka/15ka 00 ka/15ka XS1600ND kA/5kA kA/5kA kA/5kA XS00ND 600 ka/15ka 600 ka/15ka 00 ka/15ka XS00ND kA/5kA kA/5kA kA/5kA XS500ND 600 ka/15ka 600 ka/15ka 00 ka/15ka XS500ND kA/5kA kA/5kA kA/5kA XS30ND 600 ka/15ka 600 ka/15ka 00 ka/15ka XS30ND kA/5kA kA/5kA kA/5kA -

31 Non-grounded system (Protection + Isolation function) Grounded system (Protection) Grounded system (Protection + Isolation function) Source Source Source Ordinally connection Load Load Load Load Load Load Reverse connection Source Source Source Type of breakers No.s of poles Applicable voltage (V) Rated breaking capacity Applicable voltage (V) PVS00-NNH P Rated breaking capacity Applicable voltage (V) Rated breaking capacity PVS160-SDH P 00 5kA/5kA 00 5kA/5kA 750 5kA/5kA PVS160-GDH P 00 ka/5ka 00 ka/5ka 750 ka/5ka PVS50-SDH P 00 5kA/5kA 00 5kA/5kA 750 5kA/5kA PVS50-GDH P 00 ka/5ka 00 ka/5ka 750 ka/5ka PVS00-NDL P 750 ka/ka 750 ka/ka 750 ka/ka PVS00-NDH P 00 ka/5ka 00 ka/5ka PVS00-NDL P 750 ka/ka 750 ka/ka 750 ka/ka PVS00-NDH P 00 ka/5ka 00 ka/5ka PVS160-SNL P PVS50-SNL P PVS160-SNH P PVS50-SNH P PVS00-NNL P PVS00-NNH P PVS00-NNL P Mounting and Connection Note The breaking capacity goes down to I cu ka / I cs for ground fault protection. -5

32 Connection of conductors to DC circuit breakers Non-grounded system (Protection + Isolation function) Grounded system (Protection) Grounded system (Protection + Isolation function) Source Source Source Ordinally connection Load Load Load Load Load Load Reverse connection Source Source Source Type of breakers No.s of poles Applicable voltage (V) Rated breaking capacity Applicable voltage (V) Rated breaking capacity Applicable voltage (V) Rated breaking capacity ARS 600 0kA/0kA 600 0kA/0kA 00 0kA/0kA AR1S 600 0kA/0kA 600 0kA/0kA 00 0kA/0kA AR16S 600 0kA/0kA 600 0kA/0kA 00 0kA/0kA ARS 600 0kA/0kA 600 0kA/0kA 00 0kA/0kA AR35S 600 0kA/0kA 600 0kA/0kA 00 0kA/0kA AR33S 600 0kA/0kA 600 0kA/0kA 00 0kA/0kA AR0S 600 0kA/0kA 600 0kA/0kA 00 0kA/0kA Note AGR over-current release can not be used for DC. Please prepare DC over-current relay and connect with shunt trip device. Non-grounded system (Protection + Isolation function) Grounded system (Protection) Grounded system (Protection + Isolation function) Source Source Source Ordinally connection Load Load Load Load Load Load Reverse connection Source Source Source Type of breakers No.s of poles Applicable voltage (V) Rated breaking capacity Applicable voltage (V) Rated breaking capacity Applicable voltage (V) Rated breaking capacity AR35-NDH P 00 30kA/30kA 00 30kA/30kA kA/30kA Note AGR over-current release can not be used for DC. Please prepare DC over-current relay and connect with shunt trip device. -6

33 Insulation distance DC600V or less The insulation distances between the breaker and earthed metal parts and insulators shown in the table below must be maintained to prevent arcing faults occurring due to conductive ionised gas. In addition, any exposed line-side conductors must be completely covered, right up the breaker casing or to below the height protected by any interpole barriers. This can done by using an insulation tube or tape, in order to provide positive protection against short circuit or ground fault due to metal chipping, surge voltage, dust particles or salt. If terminal covers are not being used, the interpole barriers supplied with the breaker as standard must be used. Insulating tube or tape Interpole barrier Exposed conductor Line side (ON side) Sheathed wire Interpole barrier Compression terminal Load side (OFF side) B1 B B1 Insulation plate B Top plate (earthed metal) B1 B E Interpole barrier (Insulation tube or tape is also acceptable) Side plate A Front connection, terminal screw A Insulation tube or tape Front connection, extension bar Rear connection, Plug-in A. Distance from lower breaker to exposed live part of upper breaker terminal (front connection) or distance from lower breaker to end face of upper breaker (rear connection). B1. Distance from end face of breaker to top plate. B. Distance from end face of breaker to insulation plate. C. Gap between breakers. D. Distance from side of breaker to side plate (earthed metal). E. Dimension of insulation over exposed conductors. A D C Mounting and Connection Insulation distance, mm (DC 600 V or less) A Moulded Case Circuit Breakers B1 B C D Note S160-SD S160-GD S160-SDN Possible to set close Note S50-SD S50-GD S50-SDN S00-ND S00-ND S00-ND XS150ND XS1600ND XS00ND XS500ND XS30ND Notes:. Required to allow free and uninterrupted flow of arc gases. Ensure additional clearance or insulation distance if required to perform wiring, barrier installation or electrical work or to meet the need for more insulation distance between bare live parts and grounded metal members in a switchboard or the like.. The figures are for lower breakers.. When the accessories are fitted it is not possible to set close.. For front connected breakers, insulate all exposed conductors of the line side until the breaker end. If interpole barriers are packed, be sure to use the barriers; more over, insulate all exposed conductors by insulating tape or the like so that the tape overlaps with the barriers.. Be sure to install the terminal covers (supplied as standard) on the line side of the breakers.. If using extension bars (optional), ensure the insulation distance specified for the application. 5 Not less than the length of the bare live part Note -7

34 Insulation distance DC750V-00V The insulation distances between the breaker and earthed metal parts and insulators shown in the table below must be maintained to prevent arcing faults occurring due to conductive ionised gas. In addition, any exposed line-side conductors must be completely covered, right up the breaker casing or to below the height protected by any terminal covers or interpole barriers. This can done by using an insulation tube or tape, in order to provide positive protection against short circuit or ground fault due to metal chipping, surge voltage, dust particles or salt. The terminal covers or the interpole barriers supplied with the breaker as standard must be used. For DC750V-00V breakers, the front and the rear insulating plates must also be installed. PVE160-SDL Front-connected B 130 B (supplied as standard) A 75 A 70 Rear-connected B 130 B (supplied as standard) A 75 A (supplied as standard) 70 Type Connection Minimum insulation distance (mm) PVE160-SDL Front-connected Rear-connected 5 50 pcs are supplied for line and load side as standard. 1pc of 130mm75mm for F.C. or mm75mm for R.C. is supplied as standard. -

35 PVS160-SDL, PVS50-SDL, PVS50-SNL Front-connected 5 5 B 165 B (supplied as standard) (supplied as standard) Rear-connected B 165 B A 5 A (supplied as standard) (supplied as standard) Mounting and Connection A 5 A 70 Type Connection Minimum insulation distance (mm) PVS160-SDL PVS50-SDL PVS50-SNL Front-connected Rear-connected pcs are supplied for line and load side as standard. pcs of 115mm137.5mm are supplied as standard. -9

36 Insulation distance DC750V-00V PVS160-SNL P, PVS50-SNL P Front-connected B 165 B A A 6 Rear-connected B 165 B A A 6 Type Connection Minimum insulation distance (mm) PVS160-SNL P PVS50-SNL P Front-connected Rear-connected pcs are supplied for line and load side as standard. -

37 PVS160-GDH P, PVS50-GDH P Front-connected Arc Space ( ) B 165 B (Front) (Not included item) (Rear) 0 56 (supplied as standard) Rear-connected B 165 B A A 70 Arc Space ( ) (Front) (Not included item) (Rear) 0 56 (supplied as standard) Mounting and Connection A A 70 Arc space is the same dimension as the insulation plate (rear). Type Connection Minimum insulation distance (mm) lock PVS160-GDH P PVS50-GDH P Front-connected Rear-connected 50 0 pcs are supplied for line and load side as standard. pcs are supplied for line and load side as standard. pcs of mm16.5mm are supplied as standard. -11

38 Insulation distance DC750V-00V PVS160-SDH P, PVS50-SDH P Front-connected B 165 B (supplied as standard) (supplied as standard) A A 70 Rear-connected B 165 B (supplied as standard) (supplied as standard) A A 70 Type Connection Minimum insulation distance (mm) PVS160-SDH P PVS50-SDH P Front-connected Rear-connected pcs are supplied for line and load side as standard. pcs of mm17.5mm are supplied as standard. -1

39 PVS160-SNH P, PVS50-SNH P Front-connected B 165 B (supplied as standard) (supplied as standard) Rear-connected B 165 B A A (supplied as standard) (supplied as standard) Mounting and Connection A A 70 Type Connection Minimum insulation distance (mm) PVS160-SNH P PVS50-SNH P Front-connected Rear-connected pcs are supplied for line and load side as standard. pcs of 166mm137.5mm are supplied as standard. -13

40 Insulation distance DC750V-00V PVS00-NDL Front-connected G G Interpole barrier Ionised gas area A F (supplied as standard) D E B C C 5 Rear-connected G G Interpole barrier Ionised gas area A F (supplied as standard) E B 60 D 60 C C 5 Type PVS00-NDL Connection Front-connected Rear-connected Minimum insulation distance (mm) A B C D E F G Front panel side side Not supplied Supplied as standard -1

41 PVS00-NDL P, PVS00-NDH P Front-connected G G Interpole barrier Front panel Ionised gas area F E A (supplied as standard) D B 60 Rear-connected A 305 C 15 C G G Interpole barrier Front panel Interpole barrier F D E 5 Ionised gas area (supplied as standard) Mounting and Connection B C 15 C 5 Type PVS00-NDL P PVS00-NDH P Connection Front-connected Rear-connected Minimum insulation distance (mm) A B C D E F G Front panel side side Not supplied Supplied as standard -15

42 Insulation distance DC750V-00V PVS00-NNL Front-connected G G Interpole barrier Front panel Ionised gas area A F B 60 D E C C Interpole barrier 3 Rear-connected G G Interpole barrier Front panel Ionised gas area A E F B 60 D C C 3 Type PVS00-NNL Connection Front-connected Rear-connected Minimum insulation distance (mm) A B C D E F G Front panel side side Not supplied Not supplied -16

43 PVS00-NNL P, PVS00-NNH P Front-connected G G Interpole barrier Front panel Ionised gas area A F E D B 60 Rear-connected A C 15 C Interpole barrier 3 Front panel G G Interpole barrier F D E Ionised gas area Mounting and Connection B 60 C 15 C 3 Type PVS00-NNL P PVS00-NNH P Connection Front-connected Rear-connected Minimum insulation distance (mm) A B C D E F G Front panel side side Not supplied Not supplied -17

44 Insulation distance DC750V-00V PVS00-NDL Front-connected 330 Interpole barrier Ionised gas area A F (supplied as standard) B G G Rear-connected 330 D E D E C C 5 Interpole barrier Ionised gas area A F (supplied as standard) B G G 5 C C Type 003 Connection Front-connected Rear-connected Minimum insulation distance (mm) Front panel side side Not supplied Supplied as standard -1

45 PVS00-NDL P, PVS00-NDH P Front-connected 00 Interpole barrier Front panel Ionised gas area A F (supplied as standard) E D B Rear-connected A B 73 G G C C Front panel Interpole barrier F D E 5 Ionised gas area (supplied as standard) Mounting and Connection G G 5 C C Type PVS00-NDL P PVS00-NDH P Connection Front-connected Rear-connected Minimum insulation distance (mm) A B C D E F G Front panel side side Not supplied Supplied as standard -19

46 Insulation distance DC750V-00V PVS00-NNL Front-connected G 330 G Interpole barrier Front panel Ionised gas area A F E B D E D C C Interpole barrier 3 Rear-connected F G G Interpole barrier Front panel Ionised gas area A B 73 C C 3 Type PVS00-NNL Connection Front-connected Rear-connected Minimum insulation distance (mm) A B C D E F G Front panel side side Not supplied Not supplied -

47 PVS00-NNL P, PVS00-NNH P Front-connected G 00 G Interpole barrier Front panel Ionised gas area F E A D B 73 Rear-connected A C C G 00 G Front panel Interpole barrier F D E 3 Ionised gas area Mounting and Connection B 73 3 C C Type PVS00-NNL P PVS00-NNH P Connection Front-connected Rear-connected Minimum insulation distance (mm) A B C D E F G Front panel side side Not supplied Not supplied -1

48

49 5 Accessories Internally mounted accessories 1. Connection diagrams and terminal numbers 5-. Possible combinations Ratings data of auxiliary and alarm switches5-. Shunt trip device (SH) 5-5. Undervoltage trip device (UV)5- Externally mounted accessories 1. Motor operators (MC) 5-6. External operating handles 5-1 (1) Breaker-mounted (field installable small type) (HB) 5-1 () Door-mounted (depth adjustable) (HP) 5-3. Toggle holder (HH) and toggle lock (HL) 5-7. s 5-5. Terminal blocks (TF) Accessories 5-1

50 Internally mounted accessories 1. Connection diagrams and terminal numbers Accessory Combination symbol Connection diagram and terminal No. Remarks Shunt trip device (SH) With anti-burn switch Without anti-burn switch C1 C Applicable to MCCB type of XS. Shunt trips are fitted with anti-burn switches. Applicable to TemBreak breakers. Shunt trips are continuous rating without anti-burn switches. Undervoltage trip device (UV) For DC D1 D Applicable to Tem Breakers. Applicable to XS150ND and XS1600ND. Ex. 1pc Aux. Switch installed. Auxiliary switch (AX) Ex. pcs Aux. Switch installed. Ex. pcs Aux. Switch installed. Ex. 6pcs Aux. Switch installed. for MCCB type of XS. Ex. 1pc Alarm switch installed. Alarm switch (AL) Ex. pcs Alarm switch installed. application. Ex. 1pc Alarm switch for MCCB type of XS. 5-

51 . Possible combinations 00V PVS160-SDH P, PVS50-SDH P, PVS160-SNH P, PVS50-SNH P, PVS160-GDH P, PVS50-GDH P PVS00-NDH P, PVS00-NNH P PVS00-NDH P, PVS00-GDH P, PVS00-NNH P PVS160-SNL P, PVS50-SNL P PVS00-NNL P PVS00-NNL P 00V Combinations of accessories Type 750V 50600V Number of poles q AX AL SH UV AX AL AX SH AX UV AL SH AL UV AX AL SH AX AL PVE160-SDL S160-SD, S160-GD, S160-SDN PVS160-SDL, PVS50-SDL, PVS50-SNL S50-SD, S50-GD, S50-SDN PVS00-NDL, PVS00-NDL P, PVS00-NNL PVS00-NDL, PVS00-NDL P, PVS00-NNL S00-ND S00-ND, S00-ND P, S00-ND XS150ND P, XS1600ND P, XS150ND, XS1600ND XS00ND P, XS500ND P, XS30ND P, XS00ND, XS500ND, XS30ND Accessories UV Notes: q : For the four-pole type, see the column for the three-pole type. w : A breaker with AC UVT is provided with an external UVT controller. See page

52 Internally mounted accessories 3. Ratings data of auxiliary and alarm switches Ratings of AX and AL The applicable load of the switch shall be no larger than the rating and no smaller than the minimum load. Type of breaker S160-SD, S160-GD, S160-SDN, S50-SD, S50-GD, S50-SDN, S00-ND, S00-ND, S00-ND, PVE160-SDL, PVS160-SDL, PVS50-SDL, PVS160-SNL, PVS50-SNL, PVS160-SDH, PVS50-SDH, PVS160-SNH, PVS50-SNH, PVS160-GDH, PVS50-GDH, PVS00-NDL, PVS00-NNL, PVS00-NDH, PVS00-NNH, PVS00-NDL, PVS00-NNL, PVS00-NDH, PVS00-GDH, PVS00-NNH XS150ND, XS1600ND, XS00ND, XS500ND, XS30ND Voltage (V) AC (V) Current (A) Resistive load Inductive load Standard For microload 1 DC (V) Current (A) Minimum Current (A) load Voltage (V) Resistive load Inductive load Note: 1 This is a custom-made product. When ordering for this product, specify that it is intended for microlead use. Note: The inductive load means power factor of no smaller than 0. for AC and time constant of no larger than 7 ms for DC Voltage (V) Resistive load Minimum load Shunt trip device (SH) Ratings of SHT Type of breaker Rated voltage S160-SD, S160-GD, S160-SDN, S50-SD, S50-GD, S50-SDN, S00-ND, S00-ND, S00-ND, PVE160-SDL, PVS160-SDL, PVS50-SDL, PVS160-SNL, PVS50-SNL, PVS160-SDH, PVS50-SDH,PVS160-SNH, PVS50-SNH, PVS160-GDH, PVS50-GDH PVS00-NDL, PVS00-NNL, PVS00-NDH, PVS00-NNH, PVS00-NDL, PVS00-NNL, PVS00-NDH, PVS00-GDH, PVS00-NNH Peak exciting current, A AC (V) DC (V) C C1 Without anti-burn swi Type of breaker XS00ND, XS500ND, XS30ND Rated voltage Peak exciting current, A 60 AC (V) DC (V) XS150ND, XS1600ND Notes: 3: Exclusive use for 0V class and 00V class. (1) The permissible voltage range is from 70% to 1% of the rated voltage. Ensure that the voltage does not drop exceeding the permissible voltage range when SHT is actuated. () Breaker contacts usually start opening within 30 ms after the rated voltage is applied to the breaker. With anti-burn switch 5-5. Undervoltage trip device (UV) (1)Ratings of UVT with Inst S00-ND, PVS00-NDL, PVS00-NNL, PVS00-NDH, PVS00-NNH Type of breaker S160-SD, S160-GD, S160-SDN, S50-SD, S50-GD, S50-SDN, PVE160-SDL, PVS160-SDL, PVS50-SDL, PVS160-SNL, PVS50-SNL, PVS160-SDH, PVS50-SDH, PVS160-SNH, PVS50-SNH, PVS160-GDH, PVS50-GDH Note: 1: No UVT controller is required. (1) Tripping voltage is from 35% to 70% of the rated voltage. Resettable voltage is 5% or less of the rated voltage. Type of breaker S00-ND, S00-ND, PVS00-NDL, PVS00-NNL, PVS00-NDH, PVS00-GDH, PVS00-NNH Rated voltage Rated voltage Note: 1: No UVT controller is required. (1) Tripping voltage is from 35% to 70% of the rated voltage. Resettable voltage is 5% or less of the rated voltage. Power supply capacity, VA 1 Exciting current, ma 1 AC (V) DC (V) Power supply capacity, VA 1 Exciting current, ma 1 AC (V) DC (V) D1 D1 D D

53 ()Ratings of UVT with Inst Type of breaker Rated voltage Power supply capacity, VA 1 Exciting current, ma 1 AC (V) DC (V) XS150ND, XS1600ND 6 9 XS00ND, XS500ND, XS30ND Notes: 1: No UVT controller is required. (1) Tripping voltage is from 35% to 70% of the rated voltage. Resettable voltage is 5% or less of the rated voltage. () The UVT consists of a tripping mechanism and mechanism of maintain handle at OFF position when without the control voltage. Please reset the breaker before turning the handle to ON position. For DC U1 U 5 Accessories 5-5

54 Externally mounted accessories 1. Motor operators (MC) (1) TMC Installation and removal ease TMC5L: Simply rotate two knobs allows the motor operator to be installed on or removed from the breaker. TMC0/0: The compact and lightweight design enables easy installation and removal. High-speed, stable actuation The operating time as short as up to 0.1 second makes it possible to use the motor operators for synchronized closing of breakers. Silent operation TMC5L use a direct drive system, providing operational silence. Lock-in off capability This capability allows the breaker to be padlocked in the OFF state. Up to thee padlocks with a 5 to mm hasp diameter can be used. Padlocks are not supplied. Motor driven type Spring charged type Key lock (optional) Manual charging lever Manual charging point Voltage presence LED indication Operating handle ON/OFF+TRIPPED indicator Key lock (optional) Select lever Lock plate ON button TRIP button Voltage presence LED indication Lock plate (TMC5L) (TMC0 / TMC0) Ratings and Specifications 5 S50-SD, S50-GD, S50-SDN, PVS160-SDL, PVS50-SDL, PVS160-SNL, PVS50-SNL, PVS160-SDH, PVS50-SDH, PVS160-SNH, PVS50-SNH, PVS160-GDH, PVS50-GDH S00-ND, PVS00-NDL, PVS00-NNL, PVS00-NDH, PVS00-NNH S00-ND, S00-ND, PVS00-NDL, PVS00-NNL, PVS00-NDH, PVS00-GDH PVS00-NNH Rated operational voltage 1 Peak steady-state/ starting current, A Notes: : Permissible operating range is 5 to 1%. A power transformer is available as option for AC30V or AC00-60V. : The currents shown are the maximum values at the maximum rated operational voltage. : The operating time is the value when the rated operational voltage is supplied. Loss of the control power in this operating time may cause the motor operator to fail to work. : The motor operator is of a short time duty. Do not subject it to more than continuous ON-OFF operations. If this occurs, allow the motor operator to cool for at least 15 minutes. : When the rated operational voltage is DCV the open voltage will be DCV. 5-6

55 Motorized operation The motor operator has an input-signal self-hold circuit; closing the ON or OFF switch (see circuit diagrams shown bellow) momentarily allows activating the motor operator. To reset the tripped breaker to the OFF position, close the OFF (RESET) switch. The voltage presence LED indication is on when the power is supplied to the motor operator. Auto reset feature (optional) The auto reset feature allows the breaker to be automatically reset approx. 1.5 seconds after the breaker trips open. This option contains auto-reset switches and does not require to use auxiliary or alarm switches installed in the breaker. Note 1: that after the thermal OCR trips a thermal-magnetic breaker, the breaker cannot be immediately closed though it can be auto-reset. Wait for a few minutes after the tripping and provide a close signal to the breaker. Note : Do not use an alarm switch to reset breakers. This option resets the tripped breaker automatically, regardless of the cause of the tripping. Breakers position in tripped state Breakers position when the breaker has tripped differs depending on the motor operator being of standard type or being equipped with the auto reset feature (optional), as shown in the table below: 5 Cause of trip Manually tripped SHT/UVT Overcurrent Breakers position in tripped state Standard type With auto reset feature () : The motor operator automatically provides OFF (reset) operation to the breaker. / Cause of trip Manually tripped SHT/UVT Overcurrent Breakers position in tripped state Standard type With auto reset feature (OFF) TRIP (OFF) : The motor operator automatically provides OFF (reset) operation to the breaker. Manual operation TMC5L: Pull the operating handle out. Rotating the handle counterclockwise turns ON the breaker and clockwise turns OFF or resets the breaker. TMC0/0 : Switch to Manual operation from Motorized operation by Select lever. Use the spring charging handle to charge the spring and press the ON or TRIP button. TMC0/0 : When the TRIP button is pressed while the control power is supplied, the breaker turns OFF and if equipped with an alarm switch, it provides an output signal. Press the TRIP button all the way in. Pressing the TRIP button halfway causes the breaker to go off without tripping, resulting in no alarm signal delivered even if the breaker is equipped with an alarm switch. Operation precautions 1. Ensure that the actual operation voltage ranges from 5% to 1% of the rated one.. Use operation switches whose ratings and power capacity is as specified in the Ratings and Specifications table on the previous page. 3. Ensure an operating time of 50 msec or more when operating switches to turn on/off the breaker. A shorter operating time may result in failure in operating the breaker. In such a case, repeat the operation.. Do not continuously apply ON/OFF operating signals. ON/OFF signals must be separated by 0.3 sec or more. With the TMC0/0, OFF and RESET operations must be 1.5 sec or more apart. 5. With the TMC5L, do not connect alarm switches (AL) to the control circuit (OFF, ON or COM terminals). Doing so may cause the motor operator to fail to work. 6. If the motor operator is used in conjunction with a shunt trip device (SH), ensure that voltage supply to the SHT is shut off after the reset operation ends. 7. To operate multiple motor operators in batch, do not directly connect their control terminals in series, but through a separate relay for each. Otherwise, sneak circuits may form and cause the operators to fail to work.. Use noise filters if the control power supply of the motor operator is shared by peripheral devices. Otherwise, power supply noise may cause malfunction of the peripheral devices. 5 Accessories Control circuit diagrams of motor operators TMC5L TMC0 / TMC0 P1(+) DS P1(+) OFF(RESET) ON + The + and symbols indicate the Uc polarities of DC-rated motor operators. OFF ON COM Control power circuit ON/OFF control circuit LED Motor drive circuit M OFF(RESET) ON OFF ON + Uc COM The + and symbols indicate the polarities of DC-rated motor operators. P( ) ON/OFF control circuit Control power circuit LED LRC drive circuit LRC Motor drive circuit M P( ) E E 5-7

56 Externally mounted accessories 1. Motor operators (MC) () T1MC Manual operating handle Indicator Lock plate (T1MCX6) Spring charged type Ratings and Specifications Rated operational voltage 1 Peak steady-state/ starting current, A XS150ND, XS1600ND Notes: 1 : Permissible operating range is 5 to 1%. A power transformer is available as option for AC30V or AC00-60V. : The currents shown are the maximum values at the maximum rated operational voltage. 3 : The operating time is the value when the rated operational voltage is supplied. Loss of the control power in this operating time may cause the motor operator to fail to work. : Dielectric withstand voltage for DC V motor is AC 500 V. Features Clear status indication Color indication: Red means ON, green OFF and white TRIPPED. Quick closing Energy in a charged spring closes the breaker 60 msec or less. High-speed, time-stable operation is ensured after multiple times of closing cycles. Equipped with anti-pumping circuit When the closing signal is applied, TRIP-RESET-ON cycles are not repeated even though the cause of tripping is in the breaker. Ease of manual ON-OFF operation Simply pressing the ON or OFF button closes or opens the breaker. Lock-in off capability This capability allows the breaker to be padlocked in the OFF state. Padlocks are not supplied. 5-

57 Operation mechanism Motorized operation Breaker ON Closing the ON switch activates the latch release coil (LRC), thereby releasing the closing spring to turn the breaker ON. Breaker OFF (RESET) Closing the OFF/RESET switch activates the (Y) control relay, thereby starting the motor to turn the breaker OFF. At the same time, the closing spring is charged. The motor is deenergized when the breaker turns OFF (RESET). Breaker auto-reset (optional) The auto-reset option uses an auto-reset switch (alarm switch) through which the closing spring is charged and the breaker is reset automatically after the breaker trips open. This option both for XMD and TMC will be factory wired. Notes: 1. Installable alarm switch will be only 1 piece.. When the breaker is equipped with the auto-reset option, a signal self-hold circuit is required because the signal provided by the alarm switch is a pulse. Manual operation * Breaker ON. OFF (RESET) Pulling down the operating lever turns the breaker ON and OFF/REST alternately. The handle returns to the original position when released. With auto-charge/discharge feature: When manual ON operation is performed while the control power is applied, the handle switch (HS) operates to discharge the closing spring. OFF operation causes the closing spring to be charged. When manual ON or OFF operation is performed while the control power is lost, and afterwards the control power is recovered, the closing spring is discharged or charged in the same manner as described above. When the auto-charge/discharge action is in progress, mechanical noises will be heard. The noises however do not mean a failure. Control circuit diagram LRC ON at spring charged Xb Xb LS X OFF at spring charged Xa OFF at spring charged On ON OFF (RESET) Off Switch Switch E- E- HS: Handle switch X: Anti-pumping relay Y: Motor drive relay LRC: Latch release coil (closing coil) M: Motor Y LS ON at spring charged Ya OFF HS at MCCB: ONorTRIP Position AUTO RESET SWITCH (OPTION) M Yc Ya ON at MCCB: ONorTRIP Position : Field coil : Resistor Yc MP1 MP + SOURCE OFF at locked E 5 Operation Precautions Ensure that the actual operation voltage ranges from 5% to 1% of the rated one. The currents shown are the maximum values at the maximum rated operational voltage. When conducting the dielectric withstand voltage test, apply voltage between the control terminal group and ground. Ensure that the test voltage does not exceed AC 1500 V (AC 500 V if the rated operation voltage is DC V). If the breaker is equipped with the UVT device, ensure that the UVT device is reset before providing a closing signal to the breaker. It takes up to three seconds to complete motorized OFF operation. If the breaker requires to be immediately opened from a remote location in an emergency, add the SHT or UVT device to the breaker for remote electrical tripping. When a thermal-magnetic breaker is tripped by the thermal OCR, wait for a few minutes; then reset the breaker. Make sure that the current and switching capacities of the operation switch are appropriate for the application. Avoid repeated and continuous applications of the operation power supply to the motor operator. Use noise filters if the control power supply of the motor operator is shared by peripheral devices. Otherwise, power supply noise may cause malfunction of the peripheral devices. Be sure to apply power to control power terminal MP1. If the breaker is turned ON or OFF manually without power applied to MP1, the auto charge/discharge feature is disabled, and thus the motor operator will not be activated next time. In such a case, applying the rated operation voltage between control power terminals MP1 and MP will enable the auto charge/discharge feature. Accessories 5-9

58 Externally mounted accessories 1. Motor operators (MC) (3) XMB ON-OFF indicator Operating handle mounting shaft Motor driven type Ratings and Specifications Series/type of breaker Rated operational voltage Auto reset XS00ND, XS500ND Peak steady-state/ starting current, A Operation method Operating time, s at rated voltage 16 Operating switch ratings 505 Power supply required 300 Dielectric withstand voltage (for one minute) 00 Weight 16 1 XS30ND Notes: Permissible operating range is 5 to 1%. A power transformer is available as option for AC30V or AC00-60V. Auto reset require to use auxiliary switch (1b) installed in the breaker. If the number of auxiliary switches is insufficient, actuate an external relay via an auxiliary switch (1a) and use the relay contact (1b) for auto reset. The currents shown are the maximum values at the maximum rated operational voltage. The operating time assume the motor operator is supplied with the rated operation voltage. Loss of the motor operator to fail to work. The motor operator is short-time rated. The number of continuous switching (ON-OFF) cycles must not exceed. After any continuous switching cycles, provide a pause of at least 15 minutes to the motor operator for cooling. 5-

59 Operation mechanism Motorized operation Breaker ON Closing the ON switch throws the motor switch from contact status 1- to 3-, thereby activating the X relay and energizing the motor operator to turn the breaker ON. When the breaker turns ON, the motor switch is thrown from contact status 3- to 1-, thereby releasing the X relay to de-energize and stop the motor operator. Breaker OFF Closing the OFF/RESET switch throws the motor switch from contact status 3- to 1-, thereby activating the Y relay and energizing the motor operator to turn the breaker OFF. When the breaker turns OFF, the motor switch is thrown from contact status 1- to 3-, thereby releasing the Y relay to de-energize and stop the motor operator. Breaker RESET To reset the tripped breaker to the OFF position, close the OFF/RESET switch. Breaker auto-reset (optional) Using the AUTO RESET auxiliary switch (1b) of the breaker allows resetting the breaker automatically when the breaker trips open. Note: Do not use a normally closed switch as the ON switch. Doing so will result in ON-TRIP-RESET-ON cycles repeated unless the cause of tripping is removed. Manual operation Mount the operating handle onto the mounting shaft located on the front of the motor operator and rotate the shaft to turn the breaker ON or OFF. Rotating the handle anti-clockwise turns ON the breaker and clockwise turns OFF or resets the breaker. When the operating handle is mounted, the motorized operation mechanism is disengaged. Removing the handle engages the motorized operation mechanism to enable motorized operation. Handle switch With the addition of a handle switch, the motor operator mechanism can be automatically brought to the manually operated position (ON or OFF) on removal of the handle, providing that the motor operator is powered up. Operation precautions When the breaker is ON and is then tripped, the ON/OFF indicator on the motor operator will indicate ON until the breaker is reset. Note: The breaker's condition may differ. Use noise filters if the control power supply of the motor operator is shared by peripheral devices. Otherwise, power supply noise may cause malfunction of the peripheral devices. 5 Control circuit diagrams of motor operators For AC For DC Accessories 5-11

60 Externally mounted accessories. External operating handles (1) Breaker-mounted (field installable small type) (HB) The external operating handle is a tool that allows the breaker installed in a switchboard to be operated from outside and complies with IEC 60-1(IEC 60-1). The breaker-mounted type external operating handle is designed to be mounted directly to the breaker body. Outer view 16 5 Mounting instructions The external operating handle has not been mounted on the breakers. For details on how to mount the handle, see the Operating Instructions packaged with the product. Make sure that the breaker is in the OFF position. Put the external operating handle assembly onto the breaker in place so that the breaker handle is engaged with the handle catch of the assembly. Rotate two knobs to secure the handle assembly. Slide lever Breaker toggle Knob Knob Drill holes in the panel according to the panel cutout dimensions. Sandwich the panel between the handle escutcheon and latch plate and temporarily tighten using the supplied screws. Close the panel. Make adjustment so that the gap between the handle assembly and handle escutcheon is even and the assembly is not inclined against the breaker. Dustproof packing (optional) Gap (Incorrect) Breaker Handle frame Handle escutcheon Handle escutcheon Breaker Breaker mounting direction The ON and OFF positions of the handle and the positions of drilled holes in the panel do not need to be changed depending on the breaker mounting direction. The upper power supply type is standard. If a non-standard type is required, state the type when ordering. R : Right power supply type U: Upper power supply type (standard) Power supply L: Left power supply type Load Power supply Power supply Load Load For a change in mounting direction, see the Operating Instructions packaged with the product. 5-1

61 Panel lock mechanism The external operating handle keeps the panel door locked when in the ON position. There are two types, RESET Open and OFF Open. (1) Reset Open (Standard type) The handle is turned to the RESET OPEN position to open the panel door. () OFF Open The handle is turned to the OFF position to open the panel door. Panel lock release knob The release knob enables the panel door to be opened with the handle in the ON position. To release: turn the release knob in the direction of anti-clockwise with a flat-bladed screwdriver. Toggle lock mechanism Padlock (Standard) This mechanism allows the breaker to be padlocked in the ON or OFF position. Padlocks are not supplied. Up to three padlocks can be installed. Dia. A Padlock dimensions (mm) 13 ø5.5- : Padlocking in OFF position only required by IEC 60-1 is also available. Padlock Safety interlock (Standard) The safety interlock prevents the breaker from turning ON as long as the panel is open. This interlock can be released using the hook lever. Handle Panel lock release 5 Hook lever Protection degree EC Accessories To be stated when ordering Order code THB16L U R 3 B T Type of external operating handle Breaker mounting direction Panel lock Protection degree Colour Padlock U: Upper power supply type R: Right power supply type L: Left power supply type R : RESET open F : OFF open 3 : IP30 5 : IP50 S : IP55 (special spec.) B : Black handle (Light gray base) R : Red handle (Yellow base) T : Lock in ON or OFF : Lock in OFF : standard specification 5-13

62 Externally mounted accessories. External operating handles THB16L Applicable breaker types S160-SD, S160-GD, S160-SDN, PVE160-SDL HL : Handle Frame Centre Line : Handle Centre Line Outline dimensions Panel cutout dimensions ON Handle escutcheon 75 Panel lock release Hook lever Panel Plate thickness Positions of the hinge and handle as seen from the load side of the breaker. Ensure that the hinge is positioned in the area

63 THB5L Applicable breaker types S50-SD, S50-GD, S50-SDN, PVS160-SDL, PVS50-SDL, PVS160-SNL, PVS50-SNL, PVS160-SDH, PVS50-SDH, PVS160-SNH, PVS50-SNH, PVS160-GDH, PVS50-GDH HL : Handle Frame Centre Line : Handle Centre Line Outline dimensions Panel cutout dimensions ON Handle escutcheon 75 Panel lock release Hook lever Panel Plate thickness Positions of the hinge and handle as seen from the load side of the breaker. Ensure that the hinge is positioned in the area. 6.5 Accessories

64 Externally mounted accessories. External operating handles () Breaker-mounted (field installable small type) (HB) The external operating handle is a tool that allows the breaker installed in a switchboard to be operated from outside and complies with IEC The breaker-mounted type external operating handle is designed to be mounted directly to the breaker body. Outer view Mounting instructions The external operating handle has not been mounted on the breakers. For details on how to mount the handle, see the Operating Instructions packaged with the product. Make sure that the breaker is in the OFF position. Put the external operating handle assembly onto the breaker in place so that the breaker handle is engaged with the handle catch of the assembly. Rotate two knobs to secure the handle assembly. For THB0 and THB0, tighten the bolts to secure the handle assembly. Slide lever Breaker toggle Mounting screw Mounting screw Drill holes in the panel according to the panel cutout dimensions. Sandwich the panel between the handle escutcheon and latch plate and temporarily tighten using the supplied screws. Close the panel. Make adjustment so that the gap between the handle assembly and handle escutcheon is even and the assembly is not inclined against the breaker. Dustproof packing (optional) Gap (Incorrect) Breaker Handle frame Handle escutcheon Handle escutcheon Breaker Breaker mounting direction The ON and OFF positions of the handle and the positions of drilled holes in the panel do not need to be changed depending on the breaker mounting direction. The upper power supply type is standard. If a non-standard type is required, state the type when ordering. R : Right power supply type U: Upper power supply type (standard) Power supply L: Left power supply type Load Power supply Power supply Load Load For a change in mounting direction, see the Operating Instructions packaged with the product. 5-16

65 Panel lock mechanism The external operating handle keeps the panel door locked when in the ON position. There are two types, RESET Open and OFF Open. (1) Reset Open (Standard type) The handle is turned to the RESET OPEN position to open the panel door. () OFF Open The handle is turned to the OFF position to open the panel door. Panel lock release knob (Standard) The release knob enables the panel door to be opened with the handle in the ON position. To release: turn the release knob in the direction of anti-clockwise with a flat-bladed screwdriver. Toggle lock mechanism Padlock (Standard) This mechanism allows the breaker to be padlocked in the ON or OFF position. Padlocks are not supplied. Up to three padlocks can be installed. Dia. A Padlock dimensions (mm) 13 ø5.5- Key lock (Optional) Key locking is possible in the ON or OFF position. Safety interlock (Standard) The safety interlock prevents the breaker from turning ON as long as the panel is open. This interlock can be released using the hook lever. Handle Panel lock release Hook lever Key lock : Padlocking in OFF position only required by IEC 60-1 is also available. Please specify when ordering. 5 Protection degree IEC Accessories To be stated when ordering Order code U R 3 B T Type of external operating handle Breaker mounting direction Panel lock Protection degree Colour Key lock / Padlock U: Upper power supply type R: Right power supply type L: Left power supply type R : RESET open F : OFF open 3 : IP30 5 : IP50 S : IP55 (special spec.) B : Black handle (Light gray base) R : Red handle (Yellow base) T : with padlock (Lock in ON or OFF) W : with key lock and padlock (Lock in ON or OFF) N : with padlock (lock in OFF) K : with key lock and padlock (lock in OFF) : standard specification 5-17

66 Externally mounted accessories. External operating handles Outline dimensions THB0 ASL : Arrangement Standard Line HL : Handle Frame Centre Line : Handle Centre Line Applicable breaker types S00-ND, PVS00-NDL, PVS00-NNL, PVS00-NDH, PVS00-NNH A 150 B 97 Outline dimensions 130 HL 50 A Panel cutout dimensions 5 HL 15 M6 - ON Handle escutcheon TRIP 130 OFF OPEN Hook lever 5 1 RESET Panel lock release Key for key lock (optional) Panel B Breaker 5 Positions of the hinge and handle as seen from the load side of the breaker. Ensure that the hinge is positioned in the area

67 THB0 Applicable breaker types S00-ND, S00-ND, PVS00-NDL, PVS00-NNL, PVS00-NDH PVS00-GDH, PVS00-NNH A 150 ASL : Arrangement Standard Line HL : Handle Frame Centre Line : Handle Centre Line Outline dimensions HL Handle escutcheon Panel cutout dimensions HL - Hook lever Panel lock release A HL Positions of the hinge and handle as seen from the load side of the breaker. Ensure that the hinge is positioned in the area Accessories 5-19

68 OFF OPEN RESET TRIP ON OFF OPEN RESET TRIP ON OFF OPEN RESET TRIP ON Externally mounted accessories. External operating handles (3) Door-mounted (depth adjustable) (HP) Door-mounted type external operating handles allow breakers installed in control centers or switchboards to be manually operated from outside and complies with IEC This handle assembly consists of an operation mechanism section which is to be installed in the breaker body, a handle section which is to be installed in a panel and a square shaft which couples both the sections. Outer view Operation direction of handles Rotate the operating handle clockwise to turn the breaker on. Rotate clockwise to turn the breaker ON Breaker mounting direction The ON and OFF positions of the handle and the positions of drilled holes in the panel do not need to be changed depending on the breaker mounting direction. Horizontal mounting / ON to move the breaker handle right Vertical mounting / ON to move the breaker handle up Horizontal mounting / ON to move the breaker handle left Line (ON) Line (ON) Line (ON) 5-

69 Panel lock mechanism The external operating handle keeps the panel door locked when in the ON position. There are two types, RESET Open and OFF Open. (1) Reset Open (Standard type) The handle is turned to the RESET OPEN position to open the panel door. () OFF Open The handle is turned to the OFF position to open the panel door. Panel lock release knob (standard specification) The release knob enables the panel door to be opened with the handle in the ON position. To release: turn the release knob in the direction of anti-clockwise with a flat-bladed screwdriver. Toggle lock mechanism Padlock (Standard) This mechanism allows the breaker to be padlocked in the ON or OFF position. Padlocks are not supplied. Up to three padlocks can be installed. Dia A Padlock dimensions (mm) 13 ø55 Key lock (Optional) Key locking is possible in the ON or OFF position. : Padlocking in OFF position only required by IEC 60-1 is also available. Please specify when ordering. Protection degree IEC To be stated when ordering Order code Dimensions of square shafts available There are the following shaft dimensions available. Select an appropriate shaft depending on the mounting position of the breaker. Cut the shaft to an appropriate length if required. Coat the cut end faces of the shaft with an anti-corrosion paint. LA (mm) LB (mm) LA LB 1 LB 5 Accessories Type of external operating handle Panel lock Protection degree Colour Key lock / Padlock THP16L THP5L THP0 THP0 T1HPX6 R : RESET open F : OFF open 5 : IP5 6 : IP65 B : Black handle (Light gray base) R : Red handle (Yellow base) T : with padlock (Lock in ON or OFF) W : with key lock and padlock (Lock in ON or OFF) N : with padlock (lock in OFF) K : with key lock and padlock (lock in OFF) : standard specification 5-1

70 Externally mounted accessories. External operating handles HL : Handle Frame Centre Line : Handle Centre Line Outline dimensions THP16L Outline dimensions 5 HL A D ON Handle escutcheon TRIP 5 OFF OPEN RESET Panel lock release Key for key lock (optional) Panel B C Panel cutout dimensions M5 (Nominal size of Allen key applicable:.5) 7 HL Positions of the hinge and handle as seen from the load side of the breaker. Ensure that the hinge is positioned in the area. 7 LC ø ø S160-SD, S160-GD, S160-SDN, PVE160-SDL Note q: Min (minimum) means the minimum possible distance from the panel surface to the breaker mounting surface, which can be formed by cutting the square shaft. Max (maximum) means the maximum distance of the same section, which is formed with no cutting of the square shaft. A: Distance from the panel surface to the breaker mounting surface B: Length of the tube used to cover the square shaft C: Length of the square shaft used D: Distance from the tip of the shaft support to the breaker mounting surface 5-

71 HL : Handle Frame Centre Line : Handle Centre Line Outline dimensions THP5L Outline dimensions 5 HL A D Handle escutcheon ON TRIP 5 OFF OPEN RESET Panel lock release Key for key lock (optional) Panel C B M5 (Nominal size of Allen key applicable:.5) Panel cutout dimensions 7 HL Positions of the hinge and handle as seen from the load side of the breaker. Ensure that the hinge is positioned in the area. 7 -ø LC ø S50-SD, S50-GD, S50-SDN, PVS160-SDL, PVS50-SDL, PVS160-SNL, PVS50-SNL, PVS160-SDH, PVS50-SDH, PVS160-SNH, PVS50-SNH, PVS160-GDH, PVS50-GDH Accessories Note q: Min (minimum) means the minimum possible distance from the panel surface to the breaker mounting surface, which can be formed by cutting the square shaft. Max (maximum) means the maximum distance of the same section, which is formed with no cutting of the square shaft. A: Distance from the panel surface to the breaker mounting surface B: Length of the tube used to cover the square shaft C: Length of the square shaft used D: Distance from the tip of the shaft support to the breaker mounting surface 5-3

72 Externally mounted accessories. External operating handles Outline dimensions THP0 ASL : Arrangement Standard Line HL : Handle Frame Centre Line : Handle Centre Line Outline dimensions A 130 HL D M6 Handle escutcheon 15 Shaft support 130 LC 0 B Panel lock release C Key for key lock (optional) M6 (Nominal size of Allen key applicable: 3) Panel cutout dimensions 5 HL Positions of the hinge and handle as seen from the load side of the breaker. Ensure that the hinge is positioned in the area. -ø 5 ø S00-ND, PVS00-NDL, PVS00-NNL, PVS00-NDH, PVS00-NNH Notes: q. Min (minimum) means the minimum possible distance from the panel surface to the breaker mounting surface, which can be formed by cutting the square shaft. Max (maximum) means the maximum distance of the same section, which is formed with no cutting of the square shaft. w. When dimension A is in a range of 3 mm to 30 mm, cut square shaft TPS0 to an appropriate length and use the shaft without shaft support. A: Distance from the panel surface to the breaker mounting surface B: Length of the tube used to cover the square shaft C: Length of the square shaft used D: Distance from the tip of the shaft support to the breaker mounting surface

73 Outline dimensions THP0 ASL : Arrangement Standard Line HL : Handle Frame Centre Line : Handle Centre Line Outline dimensions HL Handle escutcheon A D Shaft support 5 0 B Key for key lock (optional) C 5 Panel lock release M6 (Nominal size of Allen key applicable: 3) Panel cutout dimensions HL -ø HL Positions of the hinge and handle as seen from the load side of the breaker. Ensure that the hinge is positioned in the area. ø Accessories S00-ND, S00-ND, PVS00-NDL, PVS00-NNL, PVS00-NDH, PVS00-GDH PVS00-NNH Notes: q. Min (minimum) means the minimum possible distance from the panel surface to the breaker mounting surface, which can be formed by cutting the square shaft. Max (maximum) means the maximum distance of the same section, which is formed with no cutting of the square shaft. w. When dimension A is in a range of 3 mm to 30 mm, cut square shaft TPS0 to an appropriate length and use the shaft without shaft support. A: Distance from the panel surface to the breaker mounting surface B: Length of the tube used to cover the square shaft C: Length of the square shaft used D: Distance from the tip of the shaft support to the breaker mounting surface 5-5

74 Externally mounted accessories. External operating handles Outline dimensions T1HPX6 ASL : Arrangement Standard Line HL : Handle Frame Centre Line : Handle Centre Line Outline dimensions 130 HL P A D Handle escutcheon Shaft support 130 LC Panel lock release 0 B C Key for key lock (optional) M6 (Nominal size of Allen key applicable: 3) M mounting screw 1 Panel cutout dimensions P HL Positions of the hinge and handle as seen from the load side of the breaker. Ensure that the hinge is positioned in the area. 1 -ø LC ASL ø1 5 XS150ND, XS1600ND Note q: Min (minimum) means the minimum possible distance from the panel surface to the breaker mounting surface, which can be formed by cutting the square shaft. Max (maximum) means the maximum distance of the same section, which is formed with no cutting of the square shaft. A: Distance from the panel surface to the breaker mounting surface B: Length of the tube used to cover the square shaft C: Length of the square shaft used D: Distance from the tip of the shaft support to the breaker mounting surface 5-6

75 3. Toggle holder (HH) and toggle lock (HL) Toggle holder (HH) Simply fitting the toggle holder onto the breaker toggle disables breaker operation without using padlocks. Toggle lock (HL) The toggle lock is a tool that locks the breaker on or off. When an overcurrent occurs, the breaker will trip even if the breaker toggle is locked in the ON position. (Use commercially available padlocks). Toggle holders/toggle locks S160-SD, S160-GD, S160-SDN, PVE160-SDL S50-SD, S50-GD, S50-SDN, PVS160-SDL, PVS50-SDL, PVS160-SNL, PVS50-SNL, PVS160-SDH, PVS50-SDH, PVS160-SNH, PVS50-SNH, PVS160-GDH, PVS50-GDH S00-ND, PVS00-NDL, PVS00-NNL, PVS00-NDH, PVS00-NNH, S00-ND, S00-ND, PVS00-NDL, PVS00-NNL, PVS00-NDH PVS00-GDH, PVS00-NNH XS150ND, XS1600ND XS00ND, XS500ND, XS30ND R R6 3R9 3R9 Notes: 1. Same as toggle lock. Fig. 1 Red Fig. Red ø5 ø5 ø 5 Padlock Up to three padlocks can be used Fig. 3 Green O N Length to the lever tip O N Padlock Up to three padlocks can be used Toggle holder (HH): Make sure the lock lever of the toggle holder is in the UNLOCK position, fit the Accessories ø or less toggle holder onto the toggle and swing the lock lever to the LOCK OFF position. The toggle is now locked on or off. Padlock Up to three padlocks can be used Lock lever Toggle lock (HL): Padlock the toggle in the ON or OFF position. Fig. Red 5-7

76 Externally mounted accessories. s The terminal covers supplied with the DC MCCB (50AF or less) must be used for MCCB installation. There are two types of terminal covers and options CF for front-connected breakers, CR for rear-connected and plug-in breakers. (1) CF for front-connected breakers A C D B Plug-in mounted version This version can be mounted simply by being plugged in the breaker body. ø Hole for Megger measurement (at each terminal) A C D Screw-mounted version The terminal covers are mounted to the breakers using tapping screws. B Mounting screw ø Hole for Megger measurement (at each terminal) To be stated when ordering Please state the order codes on the next page. 5-

77 Types and dimensions of terminal covers, units in mm CF for front-connected breakers S160-SD, S160-GD, S160-SDN, PVE160-SDL S50-SD, S50-GD, S50-SDN, PVS160-SDL, PVS50-SDL, PVS160-SNL, PVS50-SNL, PVS160-SDH, PVS50-SDH, PVS160-SNH, PVS50-SNH, PVS160-GDH, PVS50-GDH S00-ND, PVS00-NDL, PVS00-NNL, PVS00-NDH, PVS00-NNH S00-ND, S00-ND, PVS00-NDL, PVS00-NNL, PVS00-NDH, PVS00-NNH Notes:. The asterisk indicates the number of poles. Please state the number of poles at the asterisk position when ordering.. Values in parentheses indicate the distance to the head of terminal cover mounting screws Applicable to 3-pole breakers with spread extension bars.. Applicable to breakers with extension bars. 5 Accessories 5-9

78 Externally mounted accessories. s () CR for raear-connected and plug-in breakers A C D B B Plug-in mounted version This version can be mounted simply by being plugged in the breaker body. ø Hole for Megger measurement (at each terminal) 1 A B C D ø Hole for Megger measurement M3.5 Mounting screw Screw-mounted version The terminal covers are mounted to the breakers using tapping screws. ø Hole for Megger measurement (at each terminal) To be stated when ordering Please state the order codes on the next page if ordering separately from the breaker. 5-30

79 Types and dimensions of terminal covers, units in mm Order codes S160-SD, S160-GD, S160-SDN, PVE160-SDL S50-SD, S50-GD, S50-SDN, PVS160-SDL, PVS50-SDL, PVS160-SNL, PVS50-SNL, PVS160-SDH, PVS50-SDH, PVS160-SNH, PVS50-SNH, PVS160-GDH, PVS50-GDH S00-ND, PVS00-NDL, PVS00-NNL, PVS00-NDH, PVS00-NNH S00-ND, S00-ND, PVS00-NDL, PVS00-NNL, PVS00-NDH PVS00-GDH, PVS00-NNH Notes:. The asterisk indicates the number of poles. Please state the number of poles at the asterisk position when ordering. One set includes one terminal cover fot the ON side and one for the OFF side.. Values in parentheses indicate the distance to the head of terminal cover mounting screws. 5 Accessories 5-31

80 Externally mounted accessories 5. Terminal blocks (TF) 1mm width 6 terminals Vertical leading type (TTF00L) with 0/15A frame MCCB Mounting position/typical terminal arrangement Left terminal arrangement Ex. 1 Ex. AXa ALa1 AXb ALb1 AXc ALc1 AXc1 AXc1 AXb1 AXb1 AXa1 AXa1 Leading direction Leading direction 3 poles ON OFF Leading direction Leading direction 1 Right terminal arrangement Ex. 1 Ex. Ex. 3 Ex. Ex. 5 AXa3 AXb3 AXc3 AXa AXb AXc ALa ALb ALc AXc AXb AXa AXc3 AXb3 AXa3 AXc AXb AXa C C1 D D1 (clear) A 6.5 Dimensions, mm Frame size (A) Types of breakers 015 S160-SD, S160-GD, S160-SDN, PVE160-SDL 9 Notes: 1) Tightening torque of M3.5 terminal screws: N m ) Applicable wire size:.0mm max Left terminal Right terminal AX, AL takes precedence left terminal connection. AL is connected to the left terminal in preference to the AX. Contact TERASAKI for the combination other than the above. 1mm width 6 terminals Vertical leading type (TTF00L) with 15/5/50A frame MCCB 5-3 Mounting position/typical terminal arrangement Left terminal arrangement Ex.1 Ex. AXa ALa1 AXb ALb1 AXc ALc1 AXc1 AXc1 AXb1 AXb1 AXa1 AXa1 Ex.3 ALa1 ALb1 ALc1 AXc1 AXb1 AXa1 AXc AXb AXa 3/ poles ON OFF Ex.1 Ex. Ex.3 Ex. Ex.5 Ex.6 Ex.7 Ex. Ex.9 AXa3 AXb3 AXc3 AXc AXb AXa AXa AXb AXc AXc3 AXb3 AXa3 ALa ALb ALc AXc AXb AXa ALa ALb ALc AXc3 AXb3 AXa3 ALa ALb ALc AXc3 AXc AXb3 AXb AXa3 AXa C C1 D D1 AXa AXb AXc C C1 AXa AXb AXc D D pcs of terminal blocks of 6 terminals can be installed in two rows. Right terminal arrangement (clear) Dimensions, mm Frame size (A) A 6.5 Types of breakers S50-SD, S50-GD, S50-SDN (3 poles) PVS160-SDL, PVS50-SDL (3 poles) PVS160-SDH, PVS50-SDH ( poles) PVS160-SNL, PVS50-SNL (3/ poles) PVS160-SNH, PVS50-SNH ( poles) PVS160-GDH, PVS50-GDH ( poles) Notes: 1) Tightening torque of M3.5 terminal screws: N m ) Applicable wire size:.0mm max Combination of terminal arrangement terminal Left Right terminal AX, AL takes precedence left terminal connection. AL is connected to the left terminal in preference to the AX. 1 row terminal block is used in preference to rows the terminal blocks. Contact TERASAKI for the combination other than the above. 7

81 1mm width 6 terminals Vertical leading type (TTFX0) with 00A frame MCCB Mounting position/typical terminal arrangement Leading direction 3/ poles Leading direction Dimensions, mm Frame size (A) 00 Types of breakers S00-ND (3 poles) PVS00-NDL (3/ poles) PVS00-NDH ( poles) PVS00-NNL (3 poles) PVS00-NNL, PVS00-NNH ( poles) Notes: 1) Tightening torque of M3.5 terminal screws: N m ) Applicable wire size:.0mm max D C B Left terminal arrangement Right terminal arrangement Ex.1 AXa AXb AXc AXc1 AXb1 AXa1 Ex. ALa1 ALb1 ALc1 AXc1 AXb1 AXa1 Ex.3 AXa3 ALa1 AXb3 ALb1 AXc3 ALc1 AXc AXc1 AXb AXb1 AXa AXa1 LC ON OFF Ex.1 Ex. C C1 D D1 LC 6.5 (clear) A Leading direction Leading direction 5 1mm width 6 terminals Vertical leading type (TTFX0) with 00/00A frame MCCB Mounting position/typical terminal arrangement Leading direction 3/ poles Dimensions, mm Frame size (A) Leading direction Types of breakers S00-ND, S00-ND (3 poles) PVS00-NDL (3/ poles) PVS00-NNL (3 poles) PVS00-NDH, PVS00-NNL ( poles) PVS00-GDH, PVS00-NNH ( poles) Notes: 1) Tightening torque of M3.5 terminal screws: N m ) Applicable wire size:.0mm max (clear) D C B Accessories Left terminal arrangement ASL ON OFF Right terminal arrangement ASL Ex.1 AXa AXb AXc AXc1 AXb1 AXa1 Ex. ALa1 ALb1 ALc1 AXc1 AXb1 AXa1 Ex.3 AXa AXb AXc AXc3 AXc1 AXb3 AXb1 AXa3 AXa1 Ex. AXa3 ALa1 AXb3 ALb1 AXc3 ALc1 AXc AXc1 AXb AXb1 AXa AXa1 Ex.5 AXa AXa AXb AXb AXc AXc AXc3 AXc1 AXb3 AXb1 AXa3 AXa1 Ex.6 AXa3 ALa1 AXb3 ALb1 AXc3 ALc1 AXc AXc AXc1 AXb AXb AXb1 AXa AXa AXa Leading direction 1 Leading direction Ex.1 Ex. Ex.3 Ex. ALa ALa ALb ALb ALc ALc C D C D C1 D1 C1 D1 57 A 5-33

82 Externally mounted accessories 5. Terminal blocks (TF) Horizontal leading type (LTF) with 150 to 30A frame MCCB Mounting position/typical terminal arrangement Left terminal arrangement Ex. 1 Ex. A Right terminal arrangement Ex Dimensions, mm Frame size (A) Types of breakers XS150ND, XS1600ND XS00ND XS500ND XS30ND Notes: 1) Values in parentheses applies to -pole breakers. ) Tightening torque of M3.5 terminal screws: N. m 3) Applicable wire size:.0mm max x 1 M screw 6 B

83 6 Outline Dimensions DC Air Circuit Breakers Outline Dimensions ARS, AR1S, AR16S, ARS 6- AR35S, AR33S 6- AR35-NDH P6-6 AR0S 6- DC Moulded Case Circuit Breakers Outline Dimensions S160-SD, S160-GD, S160-SDN, S50-SD, S50-GD, S50-SDN 6- S00-ND 6-11 S00-ND 6-11 S00-ND P, 6-1 XS150ND P, 6-13 XS1600ND P, 6-1 XS00ND P, 6-15 XS500ND, XS30ND P, 6-16 PVE160-SDL 6-17 PVS160-SDL, PVS50-SDL 6-1 PVS50-SNL 6-1 PVS160-SNL, PVS50-SNL P 6-19 PVS160-GDH, PVS50-GDH P6-19 PVS160-SDH, PVS50-SDH, PVS160-SNH, PVS50-SNH P 6- PVS00-NDL 6-1 PVS00-NDL, PVS00-NDH P 6-1 PVS00-NNL 6- PVS00-NNL, PVS00-NNH P 6- PVS00-NDL 6-3 PVS00-NDL, PVS00-NDH P 6-3 PVS00-NNL 6- PVS00-NNL, PVS00-NNH P 6-6 Outline Dimensions 6-1

84 DC Air Circuit Breakers Outline dimensions (mm) Type ARS, AR1S, AR16S, ARS Draw-out type Terminal size Type 1 3 ARS AR1S AR16S ARS 15 5 W P C rear panel cut Maintenance space P C front panel cut R panel cut-out For fitted with breaker fixing bolts Maintenance space Maintenance space draw-out handle 1 1 -ø1 Mounting holes 1 : Conductors including connecting bolts should be separated min-7mm from Draw-out arm. ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ : Panel cut should be 339 mm not 335 mm when the door flange is used. 6-

85 ACB Front cover center line ARS, AR1S, AR16S, ARS Inter-pole barrier P C CONNECTED position TEST position ISOLATED position 1 1 ON-OFF button cover 199 Control circuit terminal cover (optional) 1 Lifting hole -ø AR16S ø11 Inter-pole barrier 1.6t ARS 35 conductor overlap. max W W Inter-pole barrier t W M screw earth terminal W conductor overlap. max 3-ø t 6 15 t ø11 17 Outline Dimensions Draw-out arm (comes out when breaker is drawn out) 6-3

86 DC Air Circuit Breakers Outline dimensions (mm) Type AR35S, AR33S Draw-out type P C rear panel cut Maintenance space P C front panel cut R panel cut-out For fitted with breaker fixing bolts draw-out handle Maintenance space Maintenance space -ø1 1 : Conductors including connecting bolts should be separated min-7mm from Draw-out arm. ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ : Panel cut should be 339 mm not 335 mm when the door flange is used Mounting holes 6-

87 ACB Front cover center line AR35S, AR33S Inter-pole barrier P C CONNECTED position TEST position ISOLATED position 1 1 ON-OFF button cover Control circuit terminal cover (optional) Lifting hole -ø conductor overlap. max Inter-pole barrier 1.6t P C Inter-pole barrier t ø M screw earth terminal Draw-out arm (comes out when breaker is drawn out) Outline Dimensions 6-5

88 DC Air Circuit Breakers Outline dimensions (mm) Type AR35-NDH P Draw-out type P C rear panel cut Maintenance space P C front panel cut R panel cut-out For fitted with breaker fixing bolts draw-out handle Maintenance space Maintenance space -ø1 1 : Conductors including connecting bolts should be separated min-7mm from Draw-out arm. ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ : Panel cut should be 339 mm not 335 mm when the door flange is used Mounting holes 6-6

89 ACB Front cover center line AR35-NDH P Inter-pole barrier P C CONNECTED position TEST position ISOLATED position 1 1 ON-OFF button cover Control circuit terminal cover (optional) Lifting hole -ø conductor overlap. max Inter-pole barrier 1.6t P C Inter-pole barrier t ø M screw earth terminal Draw-out arm (comes out when breaker is drawn out) Outline Dimensions 6-7

90 DC Air Circuit Breakers Outline dimensions (mm) Type AR0S Draw-out type P C rear panel cut front panel cut 15.5 P C 35.5 Maintenance space R For fitted with breaker fixing bolts draw-out handle panel cut-out Maintenance space Maintenance space 1 : Conductors including connecting bolts should be separated min-7mm from Draw-out arm. ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ : Panel cut should be 339 mm not 335 mm when the door flange is used. 6-

91 ACB Front cover center line AR0S Inter-pole barrier P C Control circuit terminal cover CONNECTED position TEST position ISOLATED position 1 1 Lifting hole -ø ON-OFF button cover conductor overlap. max -ø11 Inter-pole barrier 1.6t 17 P C Inter-pole barrier t Outline Dimensions Front panel ø Rear panel.5 0 M screw earth terminal Draw-out arm (comes out when breaker is drawn out) P C 6-9

92 DC Moulded Case Circuit Breakers Outline dimensions (mm) ASL : Arrangement Standard Line L : Handle Frame Centre Line L : Handle Centre Line S160-SD, S160-GD, S160-SDN Front-connected Mounting hole 50 Preparation of conductor ø5.5(5-0a) ø9(63-160a) 16.5(max.) max.t5 ø5.5(5-0a) ø9(63-160a) 6.5(max.) M5 0. screw (5-0A) M screw (63-160A) 1(max.) max.t5 9(max.) With extension bars (optional) 5 5 Drilling plan (front view) M 0.7 Mounting screw ø Straight bars only. For line side, use with the terminal cover. 5 M 0.7 Tapped hole Rear-connected Detail of connecting part B A B A E Drilling plan (front view) Panel cutout (front view) Mounting hole C D C (max. t3.) D 37.5 F M 0.7 Mounting screw Studs are horizontal direction only ø M 0.7 Tapped hole Rated current (A) A B C D E F 5 Panel cutout dimensions shown give an allowance of 1.0mm or more around the handle escutcheon. Outline dimensions (mm) S50-SD, S50-GD, S50-SDN Front-connected Mounting hole Preparation of conductor ø9 5(max.) max.t7 M screw 11(max.) Mounting hole With extension bars (optional) Conductor overlap, max Drilling plan (front view) M 0.7 Mounting screw ø11 Straight bars only. For line side, use with the terminal cover. M 0.7 Tapped hole Rear-connected Detail of connecting part Drilling plan (front view) Panel cutout (front view) Mounting hole (max. t3.) ø Conductor overlap, max 1 ø M Stud can be turned Mounting screw or M 0.7 Tapped hole Panel cutout dimensions shown give an allowance of 1.0mm around the handle escutcheon. 6-

93 ASL : Arrangement Standard Line L : Handle Frame Centre Line L : Handle Centre Line Outline dimensions (mm) S00-ND Front-connected Interpole barrier (removable) Mounting hole M screw On side 36 Off side 35 Preparation of conductor ø11 1 (max.) max. t 30 (max.) ø Interpole barrier (removable) With extension bars 1 (optional) Drilling plan (front view) M6 Mounting screw Trip button (red) (With handle cap) M6 Tapped hole Rear-connected Drilling plan (front view) Panel cutout (front view) Stud can be turned 5 or ø Conductor overlap max. ø Conductor overlap max. M6 Tapped hole Note: Studs are factory installed in horizontal direction both on the line and load sides ø36 R Panel cutout dimensions shown give an allowance of 1.0mm around the handle escutcheon. Outline dimensions (mm) S00-ND Front-connected Rear-connected ASL Interpole barrier (removable) Mounting hole Trip button (red) Toggle extension (removable) ASL HL ø Stud can be turned 90 M Mounting screw Conductor overlap, max HL ø Conductor overlap, max t1 L1 Toggle extension (removable) ASL ASL 13 t L ø15 for accessory wiring when necessary ø HL M Mounting screw Rated Current (A) Drilling plan (front view) M Tapped hole Note: Studs are factory installed in horizontal direction both on the line and load sides L1 L t Drilling plan (front view) ASL t HL 70 ASL R M Tapped hole Panel cutout (front view) HL 17 9 Panel cutout dimensions shown give an allowance of 1.0mm around the handle escutcheon. 6 Outline Dimensions 6-11

94 DC Moulded Case Circuit Breakers Outline dimensions (mm) ASL : Arrangement Standard Line L : Handle Frame Centre Line L : Handle Centre Line S00-ND P, Front-connected Rear-connected Toggle extension (removable) ASL 13 Interpole barrier (removable) 1 ASL Trip button (red) 13 ø Conductor overlap, max HL Mounting hole ø Secured in vertical position only Conductor overlap, max HL Preparation of conductor Toggle extension (removable) M ASL Tapped hole ASL Drilling plan (front view) ø15 for accessory wiring when necessary HL ø51 M Mounting screw Drilling plan (front view) ASL HL 70 ASL R M Tapped hole Panel cutout (front view) HL M Tapped hole Panel cutout dimensions shown give an allowance of 1.0mm around the handle escutcheon. Note: poles breaker is same outline dimensions as 3 poles breaker. 6-1

95 ASL : Arrangement Standard Line L : Handle Frame Centre Line L : Handle Centre Line Outline dimensions (mm) XS150ND P, Front-connected Mounting hole Drilling plan (front view) Toggle extension (removable) Conductor overlap, max M Mounting screw Rear-connected Drilling plan (front view) Panel cutout (front view) M Mounting screw Conductor overlap, max Soft plastic tubing ø50 to be provided on center pole and neutral pole of vertical terminal type for insulation. Note: Studs are factory installed in horizontal direction both on the line and load sides. Please specify when ordering if vertical direction is reqired. Note: poles breaker is same outline dimensions as 3 poles breaker. ø15 for accessory wiring when necessary Panel cutout dimensions shown give an allowance of 1.5mm around the handle escutcheon. 6 Outline Dimensions 6-13

96 DC Moulded Case Circuit Breakers Outline dimensions (mm) ASL : Arrangement Standard Line L : Handle Frame Centre Line L : Handle Centre Line XS1600ND P, Front-connected Drilling plan (front view) Toggle extension (removable) Mounting angle M Mounting screw Conductor overlap, max Rear-connected Mounting angle Drilling plan (front view) Panel cutout (front view) M Mounting screw Conductor overlap, max Insulation tube ON side Center pole ( OFF side All poles ) Panel cutout dimensions shown give an allowance of 1.5mm around the handle escutcheon. Draw-out Auxiliary circuit terminals (Automatic connection) Breaker fixing screw Mounting hole 0 5 Draw-out handle (removable) Toggle extension (removable) 395 (draw-out) 35 (disconnected) 95 (test) 65 (connected) ø ø1 Mounting hole Drilling plan (front view) 5 ø (max.) Contact TERASAKI if manual connection is required (connected) 56 (draw-out) 70 5 Conductor overlap, max Conductor overlap, max 0 Mounting angle 15 Note: poles breaker is same outline dimensions as 3 poles breaker. 6-1

97 ASL : Arrangement Standard Line L : Handle Frame Centre Line L : Handle Centre Line Outline dimensions (mm) XS00ND P, Front-connected Mounting hole ASL ø Conductor overlap, max Toggle extension (removable) ASL M Mounting screw 1 Drilling plan (front view) Mounting angle 5 ASL ø1 Rear-connected Toggle extension (removable) ASL Draw-out Auxiliary circuit terminals (Automatic connection) Mounting hole ASL max ø11 30 Conductor overlap, max M Mounting screw Mounting angle Manual operating toggle (removable) Draw-out toggle (removable) Contact TERASAKI if manual connection is required. 5 5 Note: poles breaker is same outline dimensions as 3 poles breaker ASL 561(draw-out) 371(disconnected) 31(test) 311(connected) Drilling plan (front view) ø ø1 15 Mounting hole ø1 55 Conductor overlap, max ASL ASL Panel cutout (front view) R Mounting angle ø1 ASL 1 Panel cutout dimensions shown give an allowance of mm around the handle escutcheon. Drilling plan (front view) Outline Dimensions 6-15

98 DC Moulded Case Circuit Breakers Outline dimensions (mm) ASL : Arrangement Standard Line L : Handle Frame Centre Line L : Handle Centre Line XS500ND P,, XS30ND P, Rear-connected Mounting hole Toggle extension (removable) 90. M Mounting screw Mounting angle ASL 50 ASL ø1 5 5 Conductor overlap, max Mounting angle ASL R 1 ASL ø1 Panel cutout dimensions shown give an allowance of mm around the handle escutcheon. Note: poles breaker is same outline dimensions as 3 poles breaker. 6-16

99 ASL : Arrangement Standard Line L : Handle Frame Centre Line L : Handle Centre Line Outline dimensions (mm) PVE160-SDL Front-connected Mounting hole Preparation of conductor ø5.5(5-0a) ø9(63-160a) 16.5(max.) max.t5 ø5.5(5-0a) ø9(63-160a) 6.5(max.) 1(max.) max.t5 With extension bars (optional) t M5 0. screw (5-0A) M screw (63-160A) M 0.7 Mounting screw 6.1 9(max.) ø Drilling plan (front view) Straight bars only. For line and load side, use with the terminal covers M 0.7 Tapped hole Rear-connected Detail of connecting part B A B A E Drilling plan (front view) Panel cutout (front view) Mounting hole C D C D (max. t3.) 37.5 F t M 0.7 Mounting screw Studs are horizontal direction only ø M 0.7 Tapped hole Rated current (A) A B C D E F 5 Panel cutout dimensions shown give an allowance of 1.0mm or more around the handle escutcheon. 6 Outline Dimensions 6-17

100 DC Moulded Case Circuit Breakers Outline dimensions (mm) ASL : Arrangement Standard Line L : Handle Frame Centre Line L : Handle Centre Line PVS160-SDL, PVS50-SDL Front-connected Mounting hole Preparation of conductor 5(max.) max.t7 11(max.)ø9 With extension bars (optional) Mounting hole Conductor overlap, max Drilling plan (front view) M screw Rear-connected Mounting hole t Conductor overlap, max 1 M 0.7 Mounting screw (max. t3.) 6 ø Stud can be turned M t 5 or 90 Mounting screw ø ø 165 Straight bars only. For line and load side, use with the terminal covers. Drilling plan (front view) 16 1 M 0.7 Tapped hole M 0.7 Tapped hole Panel cutout (front view) Panel cutout dimensions shown give an allowance of 1.0mm around the handle escutcheon. Outline dimensions (mm) PVS50-SNL Front-connected Mounting hole Preparation of conductor 5(max.) max.t7 11(max.)ø9 Drilling plan (front view) M screw M 0.7 Mounting screw t M 0.7 Tapped hole Rear-connected Mounting hole (max. t3.) Drilling plan (front view) ø Panel cutout (front view) Conductor overlap, max 1 6 ø Stud can be turned M t 5 or 90 Mounting screw M 0.7 Tapped hole Panel cutout dimensions shown give an allowance of 1.0mm around the handle escutcheon.

101 ASL : Arrangement Standard Line L : Handle Frame Centre Line L : Handle Centre Line Outline dimensions (mm) PVS160-SNL P, PVS50-SNL P Front-connected P Mounting hole Preparation of conductor 5(max.) max.t7 11(max.)ø9 With extension bars (optional) P Conductor overlap, max 3 Mounting hole Drilling plan (front view) P M screw M 0.7 Mounting screw ø Straight bars only. For line and load side, use with the terminal covers M 0.7 Tapped hole Rear-connected Drilling plan (front view) Panel cutout (front view) Mounting hole P (max. t3.) P ø P P Conductor overlap, max 1 6 ø Stud can be turned M or 90 Mounting screw M 0.7 Tapped hole Panel cutout dimensions shown give an allowance of 1.0mm around the handle escutcheon. Outline dimensions (mm) PVS160-GDH P, PVS50-GDH P Front-connected Mounting hole P Preparation of conductor 5(max.) max.t7 11(max.)ø9 Drilling plan (front view) P 6 M screw 5.6 P Rear-connected Mounting hole (max. t3.) t P M 0.7 Mounting screw 5. Drilling plan (front view) P 35 ø 16 M 0.7 Tapped hole Panel cutout (front view) P 5.5 Outline Dimensions Conductor overlap, max 1 6 ø t Stud can be turned 5 or M 0.7 Mounting screw M 0.7 Tapped hole Panel cutout dimensions shown give an allowance of 1.0mm around the handle escutcheon. 6-19

102 DC Moulded Case Circuit Breakers Outline dimensions (mm) ASL : Arrangement Standard Line L : Handle Frame Centre Line L : Handle Centre Line PVS160-SDH P, PVS50-SDH P Front-connected P Mounting hole Preparation of conductor 5(max.) max.t7 11(max.)ø9 Mounting hole With extension bars (optional) P Conductor overlap, max Drilling plan (front view) P M screw M 0.7 Mounting screw t ø11 Straight bars only. For line and load side, use with the terminal covers. 35 M 0.7 Tapped hole Rear-connected Mounting hole P (max. t3.) P Drilling plan (front view) P ø Panel cutout (front view) P Conductor overlap, max 1 6 ø t Stud can be turned 5 or M 0.7 Mounting screw M 0.7 Tapped hole Panel cutout dimensions shown give an allowance of 1.0mm around the handle escutcheon. Outline dimensions (mm) PVS160-SNH P, PVS50-SNH P Front-connected P Mounting hole Preparation of conductor 5(max.) max.t7 Mounting hole 11(max.)ø9 With extension bars (optional) 3 P Conductor overlap, max Drilling plan (front view) P M screw M 0.7 Mounting screw t ø Straight bars only. For line and load side, use with the terminal covers. 35 M 0.7 Tapped hole Rear-connected P Mounting hole (max. t3.) P Drilling plan (front view) P ø Panel cutout (front view) P Conductor overlap, max 1 6 ø t Stud can be turned 5 or M 0.7 Mounting screw M 0.7 Tapped hole Panel cutout dimensions shown give an allowance of 1.0mm around the handle escutcheon. 6-

103 ASL : Arrangement Standard Line L : Handle Frame Centre Line L : Handle Centre Line Outline dimensions (mm) PVS00-NDL Front-connected Interpole barrier (removable) Mounting hole H L 1 Preparation of conductor With extension bars (optional) Drilling plan (front view) ON side : 37.6 OFF side : 36.6 M screw 1.6t 1 (max.) ø11 30 (max.) ø HL t H L C L C L C L C L M6 Mounting screw Trip button (red) M6 Tapped hole Note: See section for the installation of the insulating plate. Rear-connected Interpole barrier Stud can be turned 5 or 90 H L Drilling plan (front view) H L Panel cutout (front view) C L.6 C L ø Conductor overlap, max ø Conductor overlap, max M6 Tapped hole ø36 R Note: Studs are factory installed in horizontal direction both on the line and load sides. See section for the installation of the insulating plate. Panel cutout dimensions shown give an allowance of 1.0mm around the handle escutcheon. Outline dimensions (mm) PVS00-NDL P, PVS00-NDH P Front-connected Interpole barrier (removable) Mounting hole P H L Preparation of conductor With extension bars (optional) Drilling plan (front view) ON side : 37.6 OFF side : 36.6 M screw 0 1.6t 1 (max.) ø11 30 (max.) ø HL t H L 6 Rear-connected Interpole barrier Stud can be turned 5 or P H L H L C L C L C L C L M6 Mounting screw Note: See section for the installation of the insulating plate. Drilling plan (front view) Trip button (red) 36.6 C L 5 1 Panel cutout (front view) M6 Tapped hole Outline Dimensions.6 C L C L R ø13 Conductor overlap, max ø Conductor overlap, max M6 Tapped hole ø Note: Studs are factory installed in horizontal direction both on the line and load sides. See section for the installation of the insulating plate. Panel cutout dimensions shown give an allowance of 1.0mm around the handle escutcheon. 6-1

104 R6 R6 DC Moulded Case Circuit Breakers Outline dimensions (mm) ASL : Arrangement Standard Line L : Handle Frame Centre Line L : Handle Centre Line PVS00-NNL Front-connected Interpole barrier (removable) Mounting hole 1 ON side : 36 OFF side : 35 M screw Preparation of conductor With extension bars (optional) Drilling plan (front view) 1 () ø11 5 (max.) ø M6 Mounting screw Trip button (red) 35 5 M6 Tapped hole Note: See section for the installation of the insulating plate. Rear-connected Interpole barrier Stud can be turned 5 or 90 Drilling plan (front view) Panel cutout (front view) Outline dimensions (mm) PVS00-NNL P, PVS00-NNH P Front-connected Interpole barrier (removable) Mounting hole P H L 1 ON side : 36 OFF side : 35 M screw Preparation of conductor With extension bars (optional) Drilling plan (front view) 1 (max.) ø11 30 (max.) ø HL H L C L C L C L C L M6 Mounting screw Trip button (red) 35 5 M6 Tapped hole Note: See section for the installation of the insulating plate. Rear-connected Interpole barrier Stud can be turned 5 or 90 Drilling plan (front view) Panel cutout (front view) ø13 Conductor overlap, max ø Conductor overlap, max M6 Tapped hole 5 5 ø36 11 Note: Studs are factory installed in horizontal direction both on the line and load sides. See section for the installation of the insulating plate. Panel cutout dimensions shown give an allowance of 1.0mm around the handle escutcheon ø13 Conductor overlap, max ø Conductor overlap, max M6 Tapped hole ø Note: Studs are factory installed in horizontal direction both on the line and load sides. See section for the installation of the insulating plate. Panel cutout dimensions shown give an allowance of 1.0mm around the handle escutcheon. 6-

105 ASL : Arrangement Standard Line L : Handle Frame Centre Line L : Handle Centre Line Outline dimensions (mm) PVS00-NDL Front-connected Trip button (red) Interpole barrier (removable) ASL HL ø Mounting hole Conductor overlap, max t1 L1 1.6t Toggle extension (removable) Mounting hole ASL t L Note: See section for the installation of the insulating plate. M Mounting screw Rated Current (A) L1 L t1 630 (00-630) (500-00) Drilling plan (front view) ASL t HL M Tapped hole Rear-connected Interpole barrier Toggle extension (removable) ASL t Stud can be turned M Mounting screw HL ø Conductor overlap, max ø15 for accessory wiring when necessary ASL Drilling plan (front view) HL ø M Tapped hole Panel cutout (front view) HL ASL R Note: Studs are factory installed in horizontal direction both on the line and load sides. See section for the installation of the insulating plate. Panel cutout dimensions shown give an allowance of 1.0mm around the handle escutcheon. Outline dimensions (mm) PVS00-NDL P, PVS00-NDH P Front-connected Interpole barrier (removable) Trip button (red) Rear-connected Interpole barrier Toggle extension (removable) ASL P HL t Stud can be turned 90 Mounting hole 0 ø Conductor overlap, max P HL Toggle extension (removable) ASL t1 L1 1.6t t L Note: See section for the installation of the insulating plate. Mounting hole M Mounting screw HL ø Rated Current (A) 630 (00-630) 00 (500-00) Drilling plan (front view) ø15 for accessory wiring when necessary L1 L t Drilling plan (front view) ASL t HL 70 HL M Tapped hole Panel cutout (front view) 6 Outline Dimensions ASL M Mounting screw ø Conductor overlap, max ASL 3 M Tapped hole ASL R Note: Studs are factory installed in horizontal direction both on the line and load sides. See section for the installation of the insulating plate. Panel cutout dimensions shown give an allowance of 1.0mm around the handle escutcheon. 6-3

106 DC Moulded Case Circuit Breakers Outline dimensions (mm) ASL : Arrangement Standard Line L : Handle Frame Centre Line L : Handle Centre Line PVS00-NNL Front-connected Interpole barrier (removable) Trip button (red) 1 ASL HL Mounting hole 13 ø Conductor overlap, max t1 L1 Toggle extension (removable) ASL 13 t L Note: See section for the installation of the insulating plate. M Mounting screw Rated Current (A) 630 (00-630) 00 (500-00) L1 L t Drilling plan (front view) ASL t HL M Tapped hole Rear-connected Toggle extension (removable) Interpole barrier ASL Stud can be turned M Mounting screw HL ø Conductor overlap, max Drilling plan (front view) ø15 for accessory wiring when necessary M Tapped hole Note: Studs are factory installed in horizontal direction both on the line and load sides. See section for the installation of the insulating plate. ASL HL ø Panel cutout (front view) ASL R6 Panel cutout dimensions shown give an allowance of 1.0mm around the handle escutcheon. HL 17 9 Outline dimensions (mm) PVS00-NNL P, PVS00-NNH P Front-connected Interpole barrier (removable) Trip button (red) 1 ASL P HL Mounting hole ø13 Conductor overlap, max t1 L1 Toggle extension (removable) ASL 13 t L Note: See section for the installation of the insulating plate. M Mounting screw Rated Current (A) 630 (00-630) 00 (500-00) L1 L t Drilling plan (front view) ASL t HL M Tapped hole Rear-connected Interpole barrier Drilling plan (front view) Panel cutout (front view) Toggle extension (removable) Stud can be turned 90 P HL ø15 for accessory wiring when necessary HL ø HL ASL M Mounting screw ø Conductor overlap, max ASL 3 M Tapped hole ASL R Note: Studs are factory installed in horizontal direction both on the line and load sides. See section for the installation of the insulating plate. Panel cutout dimensions shown give an allowance of 1.0mm around the handle escutcheon. 6-

107

108 TERASAKI ELECTRIC CO., LTD. Head Office: Kamihigashi, Hirano-ku, Osaka , Japan Circuit Breaker Division: Kamihigashi, Hirano-ku, Osaka , Japan TEL FAX TERASAKI ELECTRIC (M) SDN, BHD. Lot 3, Jalan 16/13D, 0000 Shah Alam, Selangor Darul Ehsan, Malaysia TEL FAX TERASAKI ELECTRIC (EUROPE) LTD. 0 Beardmore Way, Clydebank Industrial Estate Clydebank, Glasgow, G1 HT, Scotland (UK) TEL FAX marketing@terasaki.co.uk TERASAKI ELECTRIC TRADING & SERVICES (M) SDN. BHD. No. &, Jalan Rajawali, Bandar Puchong Jaya, Jalan Puchong, 70 Selangor Darul Ehsan, Malaysia TEL , FAX sales@terasaki.com.my TERASAKI ELECTRIC (EUROPE) LTD. FILIALE ITALIA Via Ambrosoli, A-090 Rodano, Milano, Italy TEL FAX terasaki@terasaki.it TERASAKI DO BRASIL LTDA. Rua Olof Palme, No. 765, Barra da Tijuca - Rio de Janeiro, Brazil TEL FAX terasaki@terasaki.com.br TERASAKI ELECTRIC (CHINA) LTD. 7 Pacific Industrial Park, Xin Tang Zengcheng, Guangzhou 51130, China TEL FAX terasaki@public.guangzhou.gd.cn TERASAKI ELECTRIC GROUP SHANGHAI REPRESENTATIVE OFFICE Room No. 5-6, Tomson Commercial Building 7 Dong Fang Road, Pudong, Shanghai, 01, China TEL FAX terasaki@vip.163.com TERASAKI ELECTRIC (EUROPE) LTD. SUCURSAL EN ESPAÑA Pol. Ind. Coll de la Manya, C/Cal Ros dels Ocells 5-7, 003 Granollers, Barcelona, Spain TEL FAX terasaki@terasaki.es TERASAKI ELECTRIC (EUROPE) LTD. FILIAL SVERIGE Box SE-1 Skarpnäck Sweden TEL FAX info@terasaki.se TERASAKI CIRCUIT BREAKERS (S) PTE. LTD. 17 Tuas Street Singapore 635 TEL FAX tecs@tecs.com.sg Latest data can download by matrix code. Ratings and specifications are subject to change without notice. CAT REF. 1-I73E