Control Power V AC, 50/60 Hz 150-C30NBD 150-C30FHD

Size: px

Start display at page:

Download "Control Power V AC, 50/60 Hz 150-C30NBD 150-C30FHD"

Barbra Armstrong
5 years ago
Views:

1 Bulletin Product Selection Open Type and Non-Combination Enclosed (IP, NEMA /) Controllers For use with Line-Connected Motors Rated Voltage [V AC] / Motor Current [A] Max. kw, Hz Max. Hp, Hz Control Power Open Type Line-Connected Motors IP (Type /) Enclosed Non-Combination Controllers -CNBD -CFHD. -CNBR -CNBD -CFHD. -CNBR -CNBD -CFHD. -CNBR -CNBD -CFHD. -CNBR -CNBD -CFHD. -CNBR -CNBD -CFHD. -CNBR -CNBD -CFHD -CNBR -CNBD -CFHD -CNBR -CNBD -CFHD. -CNBR -CNBD -CFHD -CNBR -CNBD -CFHD -CNBR -CNBD -CFHD -CNBR -CNBD -CFHD -CNBR -CNBD -CFHD -CNBR -CNBD -CFHD -CNBR -CNBD -CFHD -CNBR -CNBD -CFHD -CNBR Motor FLA rating should fall within specified current range for unit to operate properly. These controllers require a separate V, / Hz single-phase control source. To add a control circuit transformer to the enclosure, add the appropriate option code to the catalog string. Separate V or V single phase is required for fan operation. - Publication A-CAA-EN-P

2 Bulletin Product Selection Open Type and Non-Combination Enclosed (IP, NEMA /) Controllers For use with Line-Connected Motors, Continued Rated Voltage [V AC] Motor Current [A] Max. kw, Hz Max. Hp, Hz Control Power Open Type Line-Connected Motors IP (Type /) Enclosed Non-Combination Controllers -CNBD -CFAD -CNBR -CNBD -CFAD -CNBR -CNBD -CFAD -CNBR -CNBD -CFAD -CNBR -CNBD -CFAD -CNBR -CNBD -CFAD -CNBR -CNBD -CFAD -CNBR -CNBD -CFAD -CNBR -CNBD -CFAD -CNBR -CNBD -CFAD -CNBR -CNBD -CFAD -CNBR -CNBD -CFAD -CNBR -CNBD -CFAD -CNBR -CNBD -CFAD -CNBR -CNBD -CFAD -CNBR -CNBD -CFAD -CNBR -CNBD -CFAD -CNBR Motor FLA rating should fall within specified current range for unit to operate properly. These controllers require a separate V, / Hz single-phase control source. To add a control circuit transformer to the enclosure, add the appropriate option code to the catalog string. Separate V or V single phase is required for fan operation. Publication A-CAA-EN-P -

3 Bulletin Product Selection Open Type and Non-Combination Enclosed (IP, NEMA /) Controllers For use with Line-Connected Motors, Continued Rated Voltage [V AC] // / Motor Current [A] Max. kw, Hz Max. Hp, Hz Control Power Open Type Line-Connected Motors IP (Type /) Enclosed Non-Combination Controllers -CNBD -CFBD -CNBR -CNBD -CFBD -CNBR -CNBD -CFBD -CNBR -CNBD -CNBR -CNBR -CNBD -CNBR -CNBR -CNBD -CFBD -CNBR -CNBD -CFBD -CNBR -CNBD -CFBD -CNBR -CNBD -CFBD -CNBR -CNBD -CFBD -CNBR -CNBD -CFBD -CNBR -CNBD -CFBD -CNBR -CNBD -CFBD -CNBR -CNBD -CFBD -CNBR -CNBD -CFBD -CNBR -CNBD -CFBD -CNBR -CNBD -CFBD -CNBR Motor FLA rating should fall within specified current range for unit to operate properly. These controllers require a separate V, / Hz single-phase control source. To add a control circuit transformer to the enclosure, add the appropriate option code to the catalog string. Separate V or V single phase is required for fan operation. - Publication A-CAA-EN-P

4 Bulletin Product Selection Open Type and Non-Combination Enclosed (IP, NEMA /) Controllers For use with Line-Connected Motors, Continued Rated Voltage [V AC] / Motor Current [A] Max. kw, Hz Max. Hp, Hz Control Power Open Type Line-Connected Motors IP (Type /) Enclosed Non-Combination Controllers -CNCD -CFCD -CNCR -CNCD -CFCD -CNCR -CNCD -CFCD -CNCR -CNCD -CFCD -CNCR -CNCD -CFCD -CNCR -CNCD -CFCD -CNCR -CNCD -CFCD -CNCR -CNCD -CFCD -CNCR -CNCD -CFCD -CNCR -CNCD -CFCD -CNCR -CNCD -CFCD -CNCR -CNCD -CFCD -CNCR -CNCD -CFCD -CNCR -CNCD -CFCD -CNCR -CNCD -CFCD -CNCR -CNCD -CFCD -CNCR -CNCD -CFCD -CNCR Motor FLA rating should fall within specified current range for unit to operate properly. These controllers require a separate V, / Hz single-phase control source. To add a control circuit transformer to the enclosure, add the appropriate option code to the catalog string. Separate V or V single phase is required for fan operation. Publication A-CAA-EN-P -

5 Bulletin Product Selection Open Type Controllers For use with Delta-Connected Motors Rated Voltage [V AC] Motor Current [A] Max. kw, Hz Max. Hp, Hz Control Power / Motor FLA rating should fall within specified current range for unit to operate properly. Separate V or V single phase is required for fan operation. Open Type -CNBD -CNBR -CNBD. -CNBR -CNBD. -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD. -CNBR -CNBD. -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR - Publication A-CAA-EN-P

6 Bulletin Product Selection Open Type Controllers For use with Delta-Connected Motors, Continued Rated Voltage [V AC] Motor Current [A] Max. kw, Hz Max. Hp, Hz Control Power Motor FLA rating should fall within specified current range for unit to operate properly. Separate V or V single phase is required for fan operation. Open Type -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR Publication A-CAA-EN-P -

7 Bulletin Product Selection Open Type Controllers For use with Delta-Connected Motors, Continued Rated Voltage [V AC] Motor Current [A] Max. kw, Hz Max. Hp, Hz Control Power /// Motor FLA rating should fall within specified current range for unit to operate properly. Separate V or V single phase is required for fan operation. Open Type -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR -CNBD -CNBR - Publication A-CAA-EN-P

8 Bulletin Product Selection Open Type Controllers For use with Delta-Connected Motors, Continued Rated Voltage [V AC] Motor Current [A] Max. kw, Hz Max. Hp, Hz Control Power / Motor FLA rating should fall within specified current range for unit to operate properly. Separate V or V single phase is required for fan operation. Open Type -CNCD -CNCR -CNCD -CNCR -CNCD -CNCR -CNCD -CNCR -CNCD -CNCR -CNCD -CNCR -CNCD -CNCR -CNCD -CNCR -CNCD -CNCR -CNCD -CNCR -CNCD -CNCR -CNCD -CNCR -CNCD -CNCR -CNCD -CNCR -CNCD -CNCR -CNCD -CNCR -CNCD -CNCR Publication A-CAA-EN-P -

Bulletin Product Overview/Modes of Operation/Features Bulletin Smart Motor Controllers SMC - Smart Motor Controller The SMC- is a compact, simple to use, solid-state motor controller designed to

9 Bulletin Product Overview/Modes of Operation/Features Bulletin Smart Motor Controllers SMC - Smart Motor Controller The SMC- is a compact, simple to use, solid-state motor controller designed to operate -phase motors. It features a built-in overload relay and a built-in SCR bypass contactor on all three phases, allowing a smaller footprint than other soft starters on the market. This product is designed for many applications, including compressors, chillers, pumps, conveyors, and crushers. Modes of operation for the controller are as follows: Soft Start Soft Stop Current Limit Start Kick Start The controllers offer two voltage ranges: V AC and V AC. All voltage ranges will operate at either or Hz. A Range Built-In Electronic Motor Overload Protection Built-In SCR/Run Bypass Delta Compatibility Table of Contents Explanation - Product Selection... - Typical Wiring Diags. - Specifications... - Approx. Dimensions. - Enclosed Options... - Accessories... - This catalog is based on the minimum information needed to select an SMC soft starter for applications with low starting torque requirements. For product selection involving loads with high starting torque requirements (large fan, rock crusher, chipper, etc.), use of the free tools available from the Rockwell Automation Website is recommended: Standards Compliance UL CSA C. No. EN/IEC - EN/IEC -- Modes of Operation Soft Start Selectable Kickstart Current Limit Start Soft Stop Note: For detailed information about the different modes of operation, see page - Description of Features Electronic Motor Overload Protection The SMC- controller incorporates, as standard, electronic motor overload protection. This motor overload protection is accomplished electronically with the use of current transformers on each of the three phases. The controller s overload protection is programmable, providing the user with flexibility. The overload trip class selection consists of either OFF,,, or. The trip current is easily selected by adjusting the rotary potentiometer to the motor full-load current rating. Trip reset is selectable to either automatic or manual mode. Note: Trip rating is % of dial setting. Over-temperature The SMC- monitors the SCR temperature by means of internal thermistors. When the power poles maximum rated temperature is reached, the microcomputer switches off the SMC, a TEMP fault is indicated via LED, and the / fault contact closes. Phase Reversal Protection When enabled via a DIP switch, -phase input power will be verified before starting. If input power phasing is detected to be incorrect, the start will be aborted and a fault indicated. Phase Loss/Open Load The unit will not attempt a start if there is a single-phase condition on the line. This protects from motor burnout during single-phase starting. Certifications culus Listed (Open Type) (File No. E, Guides NMFT, NMFT) CSA Certified (File No. LR ) CE Marked (Open Type) per EMC and Low Voltage Directive CCC Certified Phase Imbalance The unit monitors for imbalance between phase currents. To prevent motor damage, the unit will trip if the difference between the minimum phase current and the maximum phase current exceeds % for s, and a fault will be indicated. Shorted SCR Prior to every start and during starting, the unit will check all SCRs for shorts and unit load connections to the motor. If there is a shorted SCR in the SMC- and/or open load, the start will be aborted and a shorted SCR or open load fault will be indicated. This prevents damage from phase imbalance. Push to Test The unit with control wiring can be tested for fault conditions by using the Push to Test function. Hold down the Reset button for s to activate the fault Aux (, ) and shut down the SMC-. To clear, either push the Reset button or cycle control power to the device. LED Description (Number of Flashes). Overload. Overtemperature. Phase Reversal. Phase Loss/Open Load. Phase Imbalance. Shorted SCR. Test - Publication A-CAA-EN-P

10 Bulletin Typical Wiring Diagrams Two-Wire Configuration IEC NEMA Ground -TC H H X H H Trans. X -E (Power Connections) -SB E-Stop Two-Wire Device A A IN IN SMC- Control Terminals -E OVLD/Fault AUX # Three-Wire Configuration IEC NEMA -E (Power Connections) H H -TC X Ground H H -SB E-Stop -SB Stop Option -SB Start Trans. X A A IN IN SMC- Control Terminals -E OVLD/Fault AUX # - Publication A-CAA-EN-P

11 Bulletin Typical Wiring Diagrams Isolation Contactor Configuration IEC NEMA IC L/ T/ -KM -E (Power Connections) -TC X Ground H H H H -SB E-Stop Trans. X E-Stop Stop Option X H H H H Trans. X Start L/ T/ L/ T/ SMC- (Power connections) IC Motor Ground -SB Stop Option -SB Start -KM A A IN IN A A IN IN SMC- Control Terminals -E Reversing Configuration Note: Minimum Off time equals. s. IEC OVLD/Fault AUX # NEMA SMC- Control Terminals OVLD/Fault AUX # F L/ T/ L/ T/ Motor -KM -E (Power Connections) -KM -TC X Ground H H H H -SB E-Stop OFF FOR REV -SA Trans. X E-Stop FOR OFF REV R X H H H H Trans. X R F R F R L/ T/ SMC- (Power connections) Ground -KM -KM -KM -KM -KM -KM F A A IN IN SMC- Control Terminals OVLD/Fault AUX # A A IN IN SMC- Control Terminals OVLD/Fault AUX # Publication A-CAA-EN-P -

12 Bulletin Specifications Standard Features Selectable Start Times,,,,,, or s Selectable Initial Torque %, %, %, and % of locked rotor torque Selectable Current Limit %, %, %, and % of full load current Selectable Kick Start % FLA,.,., or. s Selectable Soft Stop Off, %, %, or % of the start time setting when wired Electrical Ratings UL/CSA/NEMA IEC Rated Operation Voltage V AC V~ V~ V AC V~ V~ Rated Insulation Voltage V AC V~ Dielectric Withstand V AC V~ Repetitive Peak V AC: V V~: V V AC: V V~: V Operating Frequency / Hz / Hz A AC-b:.-: A AC-b:.-: Power Circuit A AC-b:.-: Utilization A Category AC-b:.-: A AC-b:.-: A AC-b:.-: A AC-b:.-: Number of Poles Equipment designed for -phase only Rated Impulse Voltage kv DV/DT Protection V/μs Overvoltage Category III Type SCPD Performance High Capacity Time Delay Non-Time Delay Thermal Magnetic Circuit Breaker Class CC/J/L SCPD List Max. Standard Max. Standard Max. Standard Max. Circuit Max. Standard Available Fault Fuse [A] Available Fault Breaker [A] Available Fault Max. Fuse [A] Short Circuit Protection Line Device Operational Current Rating [A] Delta Device Operational Current Rating [A] ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka. ka ka ka ka ka ka. ka ka ka. ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka ka Non-time delay fuses (K). Consult local codes for proper sizing of short-circuit protection. Type performance/protection indicates that, under a short-circuit condition, the fused or circuit breaker-protected starter shall cause no danger to persons or installation but may not be suitable for further service without repair or replacement. - Publication A-CAA-EN-P

13 Bulletin Specifications Electrical Ratings UL/CSA/NEMA IEC Rated Operational Voltage (+%, %) V AC, V~, Rated Insulation Voltage V V~ Rated Impulse Voltage. kv kv Dielectric Withstand V AC V~ Overvoltage Category II III Operating Frequency / Hz / Hz Input onstate voltage minimum, during start (IN, IN) V AC,.V DC /.V AC Input onstate current (IN, IN). AC/. V AC,. Input offstate voltage maximum (IN, IN) V AC, V DC / V AC Control Circuit Input offstate input offstate voltage (IN, IN) < ma, < ma A V AC / V AC, V DC / V AC A V AC / V AC, Control Power with Fan, during start Fan Power Control Power A VA V AC / V AC, V A VA AC/DC A VA Control Power without Fan, during start A V AC / V AC, V DC / V AC Controller Rating [A] Steady State Heat Dissipation [W] Overload Current Range [A]..... Steady State Heat Dissipation and Overload Current Range.. Auxiliary Contacts UL/CSA/NEMA IEC Rated Operational Voltage V AC/V DC V~/V DC Rated Insulation Voltage V V~ Rated Impulse Voltage. kv kv Dielectric Withstand V AC V~ Overvoltage Category II III Operating Frequency / Hz / Hz Utilization Category D/D AC-/DC Type of Control Circuit Electromagnetic relay Number of Contacts Type of Contacts Normally Open (N.O.) TB-, - Type of Current AC/DC (OVLD/Fault) Rated Operational Current (max.). V~ and. V~ Conventional Thermal Current I th A Make/Break VA / Type of Control Circuit Electromagnetic relay Number of Contacts TB-, - Aux (Normal/Up-to-Speed) Type of Contacts Normally Open (N.O.) Type of Current AC/DC Rated Operational Current (max.). V~ and. V~ Conventional Thermal Current I th A Make/Break VA / Overvoltage category II, when either control or auxiliary circuit is wired to a SELV or PELV circuit. Publication A-CAA-EN-P -

14 Bulletin Specifications Electrical Ratings Side-Mount Auxiliary Contacts UL/CSA/NEMA IEC Rated Operational Voltage V AC/V DC V AC/V DC Rated Insulation Voltage V V AC Rated Impulse Voltage. kv kv Dielectric Withstand V AC V AC Overvoltage Category II III Operating Frequency / Hz / Hz Utilization Category C/R AC-/DC- Type of Control Circuit Electromagnetic relay TB-, - Number of Contacts (Normal/Up-to-Speed) Type of Contacts Normally Open (N.O.) TB-, - Type of Current AC/DC (Normal/Up-to-Speed) Rated Operational Current (max.). V V AC,. V DC Conventional Thermal Current I th. A Make/Break VA /V AC, V DC (resistive) Type of Control Circuit B/R AC-/DC- Type of Control Circuit Electromagnetic relay Number of Contacts TB-, - Type of Contacts Normally Closed (N.C.) (Normal/Up-to-Speed) Type of Current AC/DC Rated Operational Current (max.) V V AC,. V DC Conventional Thermal Current I th A Make/Break VA /VA, VA (DC resistive) Overvoltage category II, when either control or auxiliary circuit is wired to a SELV or PELV circuit. Environmental Operating Temperature Range - + C ( F) (open) - + C ( F) (enclosed) Storage and Transportation Temperature Range - + C (- + F) Altitude m ( ft) Humidity % (non-condensing) Pollution Degree Type of Protection IPX Resistance to Vibration Resistance to Shock Line Power Terminals Load Power Terminals Control Terminals EMC Emission Levels EMC Immunity Levels Mechanical Ratings Operational. G Peak,. mm (. in.) displacement Non-Operational. G Peak,. mm (. in.) displacement Operational G Non-Operational G A. mm ( AWG).. N m ( in lbs). mm ( / AWG) Cable Size A.. N m ( in lbs) Tightening Torque A N m ( in lbs) A Two M x. diameter holes per power pole A Two M x. diameter holes per power pole A. mm ( AWG).. N m (. in lbs). mm ( AWG) Cable Size A.. N m ( in lbs) Tightening Torque A N m ( in lbs) A Two M x. diameter holes per power pole A Two M x. diameter holes per power pole Cable Size.. mm ( AWG) All Tightening Torque.. N m (.. in lbs) Other UL/CSA/NEMA IEC Conducted Radio Frequency Emissions Class A Radiated Emissions Class A Electrostatic Discharge kv Contact and kv Air Discharge kv Air Discharge Radio Frequency Electromagnetic Field Per EN/IEC -- Fast Transient Per EN/IEC -- Surge Transient Per EN/IEC -- - Publication A-CAA-EN-P

15 Bulletin Specifications SMC- Overload Trip Curves Trip Class Cold Trip Trip Class Cold Trip Trip Class Cold Trip Hot Trip Hot Trip Hot Trip t (sec) t (sec) t (sec) Current Starts per Hour Curves Current Current SMC- Starts per hour ( A) ( A) C, % Duty Cycle, s, % with Fan SMC- Starts per hour ( ( A) A) C, % Duty Cycle, s, % with Fan SMC- Starts per hour ( A) C,% Duty Cycle, sec, % (with standard fan) Starts/Hour Starts/Hour Starts -C Current [A] Current [A] Current (amps) -C -C Start/Hour SMC- Starts per hour ( A) C, % Duty Cycle, sec, % (w ith standard fan) Starts / hour SMC- Starts per hour ( A) C, % Duty Cycle, sec, % (with standard fan) - C,C - C,C -C C urrent (Amps ) Current (amps) -C -F Publication A-CAA-EN-P -

16 Bulletin Approximate Dimensions Dimensions in millimeters (inches). Dimensions are not intended to be used for manufacturing purposes. All dimensions are subject to change. Open Type Controller Rating [A] A B C D E F G Mounting Hole Size Weight kg (lbs). (-/). (-/) (-/) (-/) (-/). (.) (/). (.). (.) (.) (.) (.) (.) (.) (.) (/). (.). (.). (.). (.). (.). (.) (.). (.) () (.) (.). (.) (.). (.). (.). () (.) (.) (.) (.). (.). (.). () Minimum Enclosure Size Controller Rating [A] B Height A Width C Depth Fan Requirements A () () () none A () () () none A () () () none A () () () none A () () () none - Publication A-CAA-EN-P

17 Bulletin Approximate Dimensions Enclosed Type Line-Connected Controllers Dimensions in millimeters (inches). Dimensions are not intended to be used for manufacturing purposes. All dimensions are subject to change. A D C A D E C B E B F F Figure Wall-Mount Figure Wall-Mount C LIFTING ANGLE C B B A Figure Floor-Mount Controller Rating [A] Bulletin With Option A Figure Floor-Mount Dimension Dimensions in inches (mm) Figure No. A (Width) B (Height) C (Depth) D (Mtg. Dim.) E (Mtg. Dim.) F (Mtg. Dim.) SMC- Non-Combination Controller () () (). (). (). () P () () (). (). (). () () () (). (). (). () () () (). (). (). () Any () () (). (). (). () () () (). (). (). (), B BP,NB,NI,P () () (). (). (). () Any () () (). (). (). () () () (). (). (). () B NI, P () () (). (). (). () BP,NI, P () () (). (). (). () () () (). (). (). (), B BP,NB,NI,P () () (). (). (). () Publication A-CAA-EN-P -

18 Bulletin Approximate Dimensions Controller Rating [A] Bulletin With Option Dimension Figure No. Dimensions in inches (mm) A (Width) B (Height) C (Depth) D (Mtg. Dim.) E (Mtg. Dim.) F (Mtg. Dim.) SMC- Combination Controller H,H Any () () (). (). (). () H Any () () (). (). (). () H Any () () (). (). (). () H, H Any () () (). (). (). () H Any () () (). (). (). () H Any () () (). (). (). () Any () () (). (). (). () H Any () () (). (). (). () H,H Any () () (). (). (). () B,B Any () () (). (). (). () H,H Any () () (). (). (). () B,B Any () () (). (). (). () H,H () () (). (). (). () B,B, H,H Any () () (). (). (). () H,H () () (). (). (). () B,B, H,H Any () () (). (). (). () H () () (). (). (). () BP,NB () () (). (). (). () B () () (). (). (). () B,H () () (). (). (). () H BP () () (). (). (). () B,H,B,H NB,NI () () () H () () (). (). (). () BP,NB () () (). (). (). () B () () (). (). (). () B,H () () (). (). (). () H BP () () (). (). (). () B,H,B,H NB,NI () () () H () () (). (). (). () BP () () () H,B Any () () () H (). () () B, H BP,NB (). () () Rating V, V Rating V, V V AC, V - Publication A-CAA-EN-P

Softstarter Intelligent Controllers

Softstarter Intelligent Controllers Series Modes of Operation (Standard) Soft Start 100% Percent Voltage Initial Torque Start Run This method has the most general application. The motor is raised from