Vickers Cartridge Valves Proportional Valves Screw-in Cartridge Valves Maximum Pressure 8 bar (4 psi) - Maximum Flow 6 l/min (4 USgpm) Revised 7/ 76
Contents MODEL DESCRIPTION TYPICL PPLICTION PRESSURE bar (psi) RTED FLOW l/min (USgpm) Introduction EPV poppet type EPV6 poppet type Proportional Flow Control PGE 5 (575) (8) 4 8 (4) 6 (4) 8 ERV- spool type () 6 (5) 4 ERV-6 spool type Proportional Relief () (5) 6 ERV- spool type (),8 (.75) 8 EPRV-8 5 (5) 7,6 () EPRV- Proportional Pressure Reducing/Relieving g 5 (5) 7,6 () EPRV-6 5 (5) 8 () 4 C-**- Standard Cavity Dimensions 6 C-**- Standard Cavity Dimensions 7 C-**- / luminum Light Duty Housings, Part Numbers, Dimensions & Weights 8 C-**- / luminum Fatigue Rated Housings, Part Numbers, Dimensions & Weights 9 C-**-S luminum/steel Housings, Part Numbers, Dimensions & Weights Coil kits EPV-Series Coils 8-Series Coils /6-Series Form Tools Roughing & Finishing 4 Index 5 pplication Data Fluid Cleanliness Proper fluid condition is essential for long and satisfactory life of hydraulic components and systems. Hydraulic fluid must have the correct balance of cleanliness, materials, and additives for protection against wear of components, elevated viscosity, and inclusion of air. Essential information on the correct methods for treating hydraulic fluid is included in Vickers publication 56 Vickers Guide to Systemic Contamination Control available from your local Vickers distributor or by contacting Vickers, Incorporated. Recommendations on filtration and the selection of products to control fluid condition are included in 56. Recommended cleanliness levels, using petroleum oil under common conditions, are based on the highest fluid pressure levels in the system and are coded in the chart below. Fluids other than petroleum, severe service cycles, or temperature extremes are cause for adjustment of these cleanliness codes. See Vickers publication 56 for exact details. Eaton, Incorporated ll Rights Reserved
Introduction For seventy five years, Vickers has provided its customers with quality products and innovative solutions for all their power and motion control needs. We are committed to maintaining this position by offering the most comprehensive range of cartridge valves for industrial and mobile equipment. This catalog gives basic specifications for the complete line of Vickers screw-in proportional control valves. Its purpose is to provide a quick, convenient reference tool when choosing Vickers proportional valves or when designing a system using these components. The products featured in this catalog represent the very best in screw-in proportional control valve technology. Products in this catalog have been fatigue tested for one million cycles at % or million cycles at 5% of rated pressure. Two pressure ratings are shown for products featured in this catalog typical application pressure and fatigue pressure. The typical application pressure is the maximum recommended operating pressure for the valve in a given system. The fatigue pressure rating is the maximum pressure for the valve to be free for infinite life from metal fatigue. The EPV has several outstanding performance features which give it a unique position in the screw-in cartridge valve market. Valve gain linearity, flow force pressure compensation characteristics above bar ( psi) and low internal leakage. The EPV6 is a proportionally controlled two-way valve of the poppet type. The main poppet amplifies a small flow through the pilot circuit and is comparable to a transistor. s the transistor uses small currents to control larger currents, the hydraulic valve transistor or VLVISTOR uses the pilotflow to control the main stage flow with servo like response. flow to control ERV- is an electric, proportionally controlled, internally pilot operated, spool type screw-in relief valve. It is capable of handling flows from,8-6, l/min (-5 USgpm) at pressures from 5- bar (5- psi). lso available is an ERV-6 which is capable of handling flows from 7,6- l/min. (-5 USgpm) at pressures from 5- bar (-5 psi). ERV- is a low flow electric proportionally controlled relief valve similar to the ERV-. This valve is rated for flows from,-,8 l/min (.5-.75 USgpm) and pressures up to 5 bar (5 psi). EPRV- is an electric, proportionally controlled, internally pilot operated, spool type, screw-in pressure reducing/relieving valve. It is capable of handling flows from -7,6 l/min (- USgpm) at set pressures from 4-5 bar (-5 psi). lso available is an ERV-6 which is capable of handling flows from -8 l/min (- USgpm) at set pressures from 4-5 bar (-5 psi). Vickers proportional pressure and flow control valves are designed to be easily controlled by the simplest of DC electrical devices such as a volt battery and a potentiometer. In most cases the valves may also be simply controlled, directly, by even the most sophisticated control circuit, such as the analog out of a computer control system. In many cases, because of the coil s low current draw, the valve can be operated accurately and directly without intermediate power supplies. Current draw at the coil can be less than one amp when a volt rated coil is used, or less than.5 amp when a 4 volt rated coil is used. Varying the voltage at the coil is one of the simplest means of control available. ny of the Vickers DC coils will work on most of these valves simply by varying the voltage between and 75% of the rated coil voltage. It should be noted that as the operating temperature of a coil increases, the solenoid force decreases. Therefore if the voltage is held constant as the coil heats up then valve pressure (or flow) will decrease. Electrical current controls significantly, but not totally, overcome this problem. Closed loop electrical control with feedback from the parameter to be monitored will provide the most accurate control. Valve Features and enefits ll operating parts are hardened steel, ground and honed for long life and low leakage Designed for maximum flexibility and minimal space requirements ll exposed cartridge surfaces are zinc dichromate plated to resist corrosion Reliable, economical and compact Rated flows up to 6 l/min (4 USgpm) Optional nose in, side out or side in, nose out flow direction (EPV6 series) Coil Features and enefits The valves in this catalog are offered with a choice of two and three standard voltages and several types of electrical connections. For other coil ratings and connections, consult your Vickers representative. Variety of voltages and terminations Coils are interchangeable for serviceability on the EPV and EPV6. Coils are interchangeable for serviceability on the ERV-, EPV-6, EPRV- and EPRV-6. Compact, one-piece weather-proof encapsulated design. Eliminates need for extra seals. n arc suppression diode molded into the coil is available as a standard option on ERV and EPRV valves. WRNING: pplication of these products beyond published performance specifications may cause valve malfunction which may result in personal injury and/or damage to the machine. WRNING: For pressures over bar ( psi) use steel housing.
EPV Proportional flow control valve Functional Symbol Description The EPV is a direct acting, uni-directional, poppet type, -way, -position, normally closed proportional flow control valve. Sectional View Operation In the de-energized position, flow is blocked from port to port, with no reverse flow permitted. When energized, flow is allowed from port to port in direct proportion to the command signal applied to the solenoid coil. Ratings and specifications Performance data is typical with fluid at,8 cst (5 SUS) and 49 C ( F) Typical application pressure (at port )....................... 5 bar (575 psi) Cartridge fatigue pressure (infinite life)....................... 5 bar (575 psi) Rated flow........................................ - l/min ( - 8 USgpm) Operating ambient temperature.................... - to 9 C (- to 94 F) Cavity................................................ C-- (See page 6) Fluids..................... nti-wear hydraulic oils with una-n seals (standard) Phosphate esters (non alkyl) with Viton seals are available by request Viton is a registered trademark of E.I. DuPont Co. Weight cartridge only.....................................,78 kg. (.7 lbs.) Filtration................ 7 bar ( psi) Cleanliness code 7/5/ Standard housing materials....................................... luminum Typical hysteresis...................... Less than 4% of rated current at bar pressure drop Pulse Width Modulated (PWM) Internal leakage........................ cm maximum @ 4 bar ( psi) and oil viscosity of cst Oil viscosity range.............................................. 8 cst Nominal supply voltage.......................................... /4 VDC Minimum current for full function.................................4 /.7 amp Pulse frequency.............................................. - Hz Electrical requirements..............................4 amps max @ VDC Threshold current......................... dj. from 4-8 mamp ( VDC) dj. from - 4 mamp (4 VDC) dj. from 6-4 mamp ( VDC) dj. from - 7 mamp (4 VDC) Coil current for maximum flow........................7 amps max @ 4 VDC Recommended PWM frequency.... - Hz application dependent Coil resistance @ C (86 F).................................... V 6.5 4V 5. Power consumption @ rated current............................ V.8 watts and C coil temperature 4V.8 watts Ramp........................................................... Optional Cartridge seal kit............................................... 758 4
Model Code EPV 4 5 6 7 8 Function EPV - Electro-proportional flow control valve Size - Size Valve housing material Omit for cartridge only - luminum Maximum operating pressure bar ( psi) 4 Port size - Cartridge only Code G 6H 8H Port size /8 SPP SE 6 SE 8 5 Voltage rating D - VDC 4D - 4VDC Housing number 8767 8767 8767 See page 9 for housings 6 Manual override option lank - No manual override M - Pin type S - Screw type 7 Coil/Connector types Connector lank - No coil W -Leadwire (DC only) Q -Spade terminals (DC only) U - DIN 465 Y - Metri-Pak* F - Weather- Pack VDC 547 754 547 888 88 *Preferred Packard connector 8 Design number 4VDC 547 755 547 889 88 Dimensions mm (inch) 6,7 (.5) Valve is shown with U coil. See page for coil information. Torque cartridge in housing 47 54 Nm (5 4 lbf ft) Manual override Opening clearance, (.8) 8,5 (.7),4 (5.7) 4, (.4) 4,5 (.7) 5,8 (.) 4,9 (.65).875-4 Thd. 5,8 (.6) WRNING: The cavity should be machined to the 4,9 (.56) maximum diameter and 6, (.47) maximum depth (See Cavity, page 6). WRNING: When using the Screw Type override, care must be taken to return the override back to its neutral position before activating the valve. Failure to take this precaution may result in personal injury or damage to the machine. 5
Performance Curves EPV Step Response Data Flow response in % of max flow 5 4 On stroke 5 msec Typical current step to provide 5% flow Off stroke 6..4.8..6 Time in sec Flow vs Current With bar differential between inlet and outlet bar ( psi) pressure drop from Port to Port bar (5 psi) pressure drop from Port to Port 8 Flow in USgpm 6 4 Flow in lpm 4 5 6 7 8 9 % Current m 6
EPV Flow vs Pressure Drop Per % of Input Current Pressure drop psi lpm USgpm 8 -% of input current Flow 6 4-85% of input current C -7% of input current D -57% of input current E -4% of input current 4 6 8 4 6 8 Pressure drop bar Typical Flow Response For an amplitude of 4% maximum stroke (center to offset) about the 5% position. P = bar (5 psi) mplitude (d) 5 9 45 Phase lag (degrees) d Phase Lag 6.4 Hz Hz Hz Frequency Hz Hz 7
EPV6 Valvistor Ç Proportional flow control valve Functional Symbols Description The EPV6 is a -way, normally closed, pressure compensated, poppet type, screw-in, cartridge electro-proportional flow control valve. EPV6 Sectional Views EPV6- Side-out, nose-in EPV6- Side-in, nose-out EPV6 Operation style (nose in, side out) - In the de-energized position this valve remains closed from port to port. When current is applied to the coil, a controlled increasing flow will be allowed from port to port, in proportion to the current applied. style (side in, nose out) - in the de-energized position the valve remains closed from port to port. When current is applied to the coil, a controlled increasing flow will be allowed from port to port. In both examples free reverse flow is allowed in the opposite direction. Ratings and specifications Performance data is typical with fluid at,8 cst (5 SUS) and 49 C ( F) Typical application pressure................................ 8 bar (4 psi) Cartridge fatigue pressure (infinite life)............. 8 bar (4 psi) NFP rated Rated flow........................................ to 6 l/min (4 USgpm) Operating media temperature.................. + 9 C ( to + 94 F) Cavity..................................... C-6-S (undercut) (See page 7) Fluids..................... ntiwear hydraulic oils with una N seals (standard) Phosphate esters (non alkyl) with Viton seals are available by request Viton is a registered trademark of E.I. DuPont Co. Weight cartridge only......................................... kg. (. lbs.) Filtration................ 7 bar ( psi) Cleanliness code 7/5/ + bar (+ psi) Cleanliness code 5// Standard housing materials................................ luminum or steel Typical hysteresis..................... Less than 4% of rated current @ bar pressure drop Pulse width Modulated (PWM) Internal leakage @ 4 bar ( psi)............ EPV6 5 cm /min maximum and oil viscosity cst EPV6 cm /min maximum Oil viscosity range.............................................. -8 cst Nominal supply voltage.......................................... /4 VDC Minimum current for full function..................................4/.7 amp Pulse frequency.............................................. Hz Electrical requirements..................................4 amps @ VDC Threshold current......................... dj. from 4-8 mamp ( VDC) dj. from - 4 mamp (4 VDC) dj. from 6-4 mamp ( VDC) dj. from - 7 mamp (4 VDC) Coil current for maximum flow............................7 amps @ 4 VDC Recommended PWM frequency.... 65 5 Hz application dependent, Hz typ Coil resistance @ C (68 F).......................... V 6.5 4V 5. Power consumption @ rated current............................ V.8 watts and C coil temperature 4V.8 watts Ramp........................................................... Optional Cartridge seal kit............................................... -5469 8
Model Code EPV6 4 5 6 7 8 9 Function EPV - Electro proportional valve Size 6-6 size Flow direction - Nose-in, side-out - Side-in, nose-out 4 Rated flow @ bar P 4-4 l/min (.5 USgpm) 6-6 l/min (6 USgpm) - l/min (6 USgpm) 6-6 l/min (4 USgpm) 5 Valve housing material Omit for cartridge only - luminum S - Steel luminum housings can be used for pressures up to bar ( psi) Steel housings must be used for operating pressures above bar ( psi) 6 Port size - Cartridge only Code Port size Housing number luminum Steel EPV6 EPV6 EPV6 EPV6 4G / SPP 85448 6667 85 655 6G /4 SPP 85449 658 85 649 H SE 85446 78 H SE 85447 6669 T SE 848 698 T SE 849 698 5C CETOP5 (NFP D5) interface (Requires steel body) See page for housings 7 Voltage rating D - VDC 4D - 4VDC 8 Manual override option* lank - No manual override M - Pin type S - Screw type *Manual override is available in two different configurations, either push pin type or screw type. The push pin type is used when system pressure does not exceed bar ( psi). The screw type can be used at any system pressure 9 Coil/Connector types Connector lank - No coil W - Leadwire (DC only) Q - Spade terminals (DC only) U - DIN 465 Y - Metri-Pak* F - Weather- Pack VDC 547 754 547 888 88 *Preferred Packard connector See page for coil information. Design number 4VDC 547 755 547 889 88 WRNING: When using the Screw Type override, care must be taken to return the override back to its neutral position before activating the valve. Failure to take this precaution may result in personal injury or damage to the machine. M - Pin type manual override option S - Screw type manual override option CUTION: separate check valve is required down stream to isolate the EPV valve from load forces when the EPV is used to hold a load. 9
Dimensions EPV6 mm (inch) EPV6- Nose-in, side-out Screw type actuator (shown) mm hex socket Note: When stand alone housings are used, the folowing guidelines apply: EPV6-: Port is to be plugged. EPV6-: Port is to be connected to port in order to provide the required feedback flow path. 7, (.7) 4,5 (.7) 9, (5.7) 4,7 (4.9) 85, (7.9) 67,9 (.67) 8, (7.). - Thd. With manual actuator 8, Hex (.5) No manual actuator 5.4 (.) Valves are shown with U coil. See page for coil information. Torque cartridge in aluminum housing 8 Nm (8 9 lbf ft) Torque cartridge in steel housing 6 49 Nm ( lbf ft)
mm (inch) EPV6- Side-in, nose-out Required external connection with standard C-6-S cavity Screw type actuator (shown) mm hex socket 7, (.7) 4,5 (.7) 9, (5.7) 4,7 (4.9) 85, (7.9) 67,9 (.67) 8, (7.). - Thd. With manual actuator 8, Hex (.5) 5.4 (.) 8.6 (.) No manual actuator For EPV6- (flow to ), Port must be connected to Port externally to the cartridge, either by passages in the cavity block or external plumbing. When purchased with undercut body, this connection is included in the body and Port is not machined. separate external port connection is not required for EPV6- (flow to ).
EPV6--**-S-5C-**D-(*)-*- CETOP 5 Interface mm (inch) 76, (.9) Required for removal 9,7 (8.65) 99,5 (.9).5- UNC x.5 socket head cap screw (olt Kit 5564) M6 x 6 socket head cap screw (olt Kit 6896) 7,6 (.8) 69,5 (.74) 6, (.8) 5, (.) ISO-44-C-5-4- (NFP D5) mounting surface,8 (.89),7 (.46) 6.96 / 6.85 thru 4 holes CETOP5 Seal Kit..................... 9667 P Ta Tb EPV6--**-S-5C-**D-(*)-*- CETOP 5 Interface P Tb Ta 5, (.) 7,6 (.8) 69,5 (.74) 6, (.8).5- UNC x.5 socket head cap screw (olt Kit 5564) M6 x 6 socket head cap screw (olt Kit 6896) 76, (.9) Required for removal 9,7 (8.65) 99,5 (.9) ISO-44-C-5-4- (NFP D5) mounting surface,8 (.89),7 (.46) 6.96 / 6.85 thru 4 holes
Performance Curves EPV6 psid * FLOW % 5 4 8 6 4 5 5 5 5 I H G 4 6 8 4 6 8 4 bar PRESSURE DIFFERENTIL *Flow interims of % for each poppet size 6 4 8 F E D C Command Current V 6 m 7 m C 8 m D 9 m E m F m G m H m I 4 m 4V m 5 m 4 m 45 m 5 m 55 m 6 m 65 m 7 m 5 4 * 8 6 FLOW % UPPER TOLERNCE OF FLOW NOMINL FLOW (LOWER TOLERNCE) E D C Pressure Differential C D E bar bar 5 bar bar bar 5 psi psi 7 psi 5 psi psi 4 (4V) 4 5 6 7 (V) 4 6 8 4 COMMND CURRENT, m *Flow interims of % for each poppet size Delay 9% Reach time On stroke valve response time 9% COMMND SIGNL Delay FLOW RESPONSE TIME % % 9% Reach time % Off stroke valve response time Pressure Drop @ l/min ( USgpm) Pressure drop P bar ( psi) 5 bar (5 psi) On Stroke Delay Reach 9% 4 ms 5 ms 7 ms Off Stroke Delay Reach 9% 5 ms 5 ms 7 ms
ERV- Proportionally controlled pressure relief valve Functional Symbol Sectional View Description The ERV- is an electric, proportionally controlled, internally pilot operated, spool type, screw-in relief valve. Operation This valve remains closed between port and until the predetermined pressure setting has been reached at port, overcoming the electrical force and unseating the spool to allow flow from port. Ratings and specifications Performance data is typical with fluid at,8 cst (5 SUS) and 49 C ( F) Typical application pressure (all ports).................. - bar (- psi) Cartridge fatigue pressure (infinite life)....................... bar ( psi) Rated flow.....................................,8-6, l/min (-5 USgpm) Cavity................................................ C-- (See page 6) Standard housing materials....................................... luminum Temperature range............................ -4 to C (-4 to 48 F) Fluids............................ ll general purpose hydraulic fluids such as: MIL-H-566, SE, SE, etc. Filtration......................................... Cleanliness code 8/6/ Weight cartridge and coil..................................,44 kg. (.98 lbs.) Seal kits.................................................. 5658 una-n 56586 Viton Viton is a registered trademark of E.I. DuPont Co. Pressure Override Characteristics Pressure Drop (psi) Pressure override, energized Flow in lpm (,8 cst oil @ 49 C) 4 5 5 5 Pressure Drop (bar) Pressure override, de-energized Flow in lpm (,8 cst oil @ 49 C) 4 5 6 4 5 5 5 5 5 Flow in USgpm (5 SUS oil @ F) Flow in USgpm (5 SUS oil @ F) Pressure Drop (psi) Pressure Drop (bar) 4
Model Code ERV- 4 5 6 7 Function ERV - Proportional relief valve Size - Size Seals lank- una-n V - Viton 4 Maximum pressure (factory set) Customer to specify setting in increments of 7 bar ( psi) and coded in hundreds within the 5- bar range (5- psi) range. Example: 5-5, (5 psi) Performance characteristics Cartridges only Zero outlet pressure Pressure bar 4 7 psi Step response lank No coil G - ISO 44 DIN 465 Volts,,,,4 Response time 5 Port size Cartridge only Code Port size Housing number 6T G G 6H 8H SE 6 /4 SPP /8 SPP SE 6 SE 8 5665 8767 8767 8767 8767 See page 9 for housings 7 Connector types 9 6 Input voltage -7886-7887 -7889-7884 -7884 seconds P - / NPT conduit port w/ leadwire -7878-7879 -788 Q - Spade terminals -787-787 -7875-7884 -7885 Dimensions mm (inch) Torque cartridge in housing 47-54 Nm (5-4 lbf ft) W - Leadwire -786-7865 -7866-788 -788 N - Deutsch -789-7894 -7895-7884 -7884 Valve is shown with W coil. See page for coil information and dimensions. 8,9 (.5) 9,4 (.77) 46, (.8) 6 Voltage rating - No coil D - VDC 4D - 4VDC 6D - 6VDC - VDC/w diode* 4-4VDC/w diode* *optional arc suppressing diode 8,6 (.4) 9, (.75) Hex Y - mp JR -787-787 -787-7876 -78846 WRNING Maintain 5-8 Nm (4-6 lbf ft) maximum torque on valve tube nut. Over tightening may cause valve failure. Pressure psi 4 Pressure gain 8 4 7 6 9volts Input voltage @ 5 C (77 F) Pressure bar 7, (.87), (.) 5,4 (.) Hex.875-4 Thd. 5,8 (.6) 5
ERV-6 Proportionally controlled pressure relief valve Functional Symbol Sectional View Description The ERV-6 is an electric, proportionally controlled, internally pilot operated, spool type, screw-in relief valve. Operation This valve remains closed between port and until the predetermined pressure setting has been reached at port, overcoming the electrical force and unseating the spool to allow flow from port. Ratings and specifications Performance data is typical with fluid at,8 cst (5 SUS) and 49 C ( F) Typical application pressure (all ports)................,5- bar (5- psi) Cartridge fatigue pressure (infinite life)....................... bar ( psi) Rated flow.................................... 7,6-, l/min (-5 USgpm) Cavity................................................ C-6- (See page 6) Standard housing materials....................................... luminum Temperature range............................ -4 to C (-4 to 48 F) Fluids............................ ll general purpose hydraulic fluids such as: MIL-H-566, SE, SE, etc. Filtration......................................... Cleanliness code 8/6/ Weight cartridge and coil..................................,44 kg. (.98 lbs.) Seal kits.................................................. 5658 una-n 88969 Viton Viton is a registered trademark of E.I. Dupont Co. Pressure Override Characteristics Pressure override, energized Flow in lpm (,8 cst oil @ 49 C) 4 8 6 Pressure override, de-energized Flow in lpm (,8 cst oil @ 49 C) 4 8 6 7 Pressure (psi) 4 7 Pressure (bar) Pressure (psi) 6 4 Pressure (bar) 4 5 Flow in USgpm (5 SUS oil @ F) 4 5 Flow in USgpm (5 SUS oil @ F) 6
Model Code ERV-6 4 5 6 7 Function ERV - Proportional relief valve Size 6-6 Size Seals lank- una-n V - Viton 4 Maximum pressure (factory set) Customer to specify setting in increments of 7 bar ( psi) and coded in hundreds within the 5- bar range (5- psi) range. Example: 5-5, (5 psi) Performance characteristics Cartridges only Zero outlet pressure Pressure bar 4 7 psi Step response,,,,4 seconds Response time - Cartridge only Code Port size Housing number Volts 9 6 5 T 4G 6G H H Input voltage Port size SE / SPP /4 SPP SE SE See pages 8 and 9 for housings 7 Connector types lank- No coil G - ISO 44 DIN 465-7886 -7887-7889 -7884-7884 56649 87676 87678 87677 566 P - / NPT conduit port w/ leadwire -7878-7879 -788 Valve is shown with W coil. See page for coil information and dimensions. Dimensions mm (inch) Torque cartridge in housing 8- Nm (8-9 lbf ft) 8,9 (.5) 9,4 (.77) Q - Spade terminals -787-787 -7875-7884 -7885 46, (.8) 6 Voltage rating - No coil D - VDC 4D - 4VDC 6D - 6VDC - VDC/w diode* 4-4VDC/w diode* *optional arc suppressing diode W - Leadwire -786-7865 -7866-788 -788 N - Deutsch -789-7894 -7895-7884 -7884 8,6 (.4) 9, (.75) Hex Torque to 5-8 Nm Y - mp JR -787-787 -787-7876 -78846 WRNING Maintain 5-8 Nm (4-6 lbf ft) maximum torque on valve tube nut. Over tightening may cause valve failure. Pressure (psi) 6 Pressure gain 5 4 7 Pressure (bar) 6 9volts Input voltage @ 5 C (77 F) 8, (.5) Hex. - Thd. 8,55 (.4) 7
ERV- Proportionally controlled pressure relief valve Functional Symbol Sectional View Description The ERV- is an electric, proportionally controlled, internally pilot operated, spool type screw-in relief valve. Operation This valve remains closed between port and until the predetermined pressure setting has been reached at port, overcoming the electrical force and unseating the spool to allow flow from port. Ratings and specifications Performance data is typical with fluid at,8 cst (5 SUS) and 49 C ( F) Typical application pressure (all ports)..................... -5 bar (-5 psi) Cartridge fatigue pressure rated (infinite life).................... 5 bar (5 psi) Rated flow...................................,-,8 l/min (.5-.75 USgpm) Cavity................................................ C-- (See page 6) Standard housing materials....................................... luminum Temperature range............................ -4 to C (-4 to 48 F) Fluids............................ ll general purpose hydraulic fluids such as: MIL-H-566, SE, SE, etc. Filtration......................................... Cleanliness code 8/6/ Weight cartridge and coil..................................,4 kg. (.95 lbs.) Seal kits.................................................. 5658 una-n 56686 Viton Viton is a registered trademark of E.I. DuPont Co. Pressure Override Characteristics Pressure override, energized Flow in lpm (,8 cst oil @ 49 C) 5 Pressure override, de-energized Flow in lpm (,8 cst oil @ 49 C) 5 Pressure (psi) 6 4 4 8 Pressure (bar) Pressure (psi) 6 5 4 Pressure (bar).5.5.75 Flow in USgpm (5 SUS oil @ F).5.5.75 Flow in USgpm (5 SUS oil @ F) 8
Model Code ERV- 4 5 6 7 Function ERV - Proportional relief valve Size - Size Seals lank- una-n V - Viton 4 Maximum pressure (factory set) Customer to specify setting in increments of 7 bar ( psi) and coded in hundreds within the -5 bar range ( -5 psi) range. Example: 5-5, (5 psi) Performance characteristics Cartridges only Zero outlet pressure Pressure bar 4 7 psi Step response 5 - Cartridge only Code Port size Housing number 6T G G 6H 8H Port size See page 9 for housings Volts 9 6 SE 6 /4 SPP /8 SPP SE 6 SE 8 7 Connector types lank- No coil Input voltage G - ISO 44 DIN 465-7886 -7887-7889 -7884-7884 5665 8767 8767 8767 8767 P - / NPT conduit port w/ leadwire -7878-7879 -788 Q - Spade terminals -787-787 -7875-7884 -7885 Dimensions mm (inch) Torque cartridge in housing 47-54 Nm (5-4 lbf ft) W - Leadwire -786-7865 -7866-788 -788 N - Deutsch -789-7894 -7895-7884 -7884 Y - mp JR -787-787 -787-7876 -78846 Valve is shown with W coil. See page for coil information and dimensions. 8,9 (.5) 9,4 (.77) 46, (.8) 6 Voltage rating - No coil D - VDC 4D - 4VDC 6D - 6VDC - VDC/w diode* 4-4VDC/w diode* *optional arc suppressing diode WRNING Maintain 5-8 Nm (4-6 lbf ft) maximum torque on valve tube nut. Over tightening may cause valve failure. 8,6 (.4),,,,4 seconds Response time 9, (.75) Hex Pressure psi Pressure gain 5 7 Pressure bar 6 9 volts Input voltage @ 5 C (77 F) 5,4 (.) Hex.875-4 Thd. 5,88 (.6) 9
EPRV-8 Proportional pressure reducing-relieving valve Functional Symbol (RP) Description The EPRV-8 is a proportional, pressure reducing-relieving, sliding spool, electrically controlled, screw-in cartridge type valve. Operation Sectional View (T) In the de-energized position, pressure inlet port is closed and reduced pressure port is open to return port. s electrical current is increased, port opens to port and port closes, proportionally increasing pressure at port. If the pressure at port exceeds the setting of the valve, the spool will shift further and relieve to port. (RP) Performance Characteristics Pressure drop (psi) Port to port Port to port 75 5 5 (T) (P) Pressure drop vs flow Flow in lpm (,8 cst oil @ 49 C) Flow in USgpm (5 SUS oil @ F) Ratings and specifications Performance data is typical with fluid at,8 cst (5 SUS) and 49 C ( F) Maximum inlet pressure..................................... 5 bar (5 psi) Cartridge fatigue pressure (infinite life)......................... 5 bar (5 psi) Reduced pressure range................................ - bar (- psi) Maximum operating flow................................ 7,6 L/min ( USgpm) Cavity................................................. C-8- (See page 7) Standard housing materials....................................... luminum Temperature range............................. -4 to C (-4 to 48 F) Fluids............................ ll general purpose hydraulic fluids such as: MIL-H-566, SE, SE, etc. Filtration......................................... Cleanliness code 8/6/ Recommended PWM frequency..................................... 5 Hz Hysteresis @ 5 Hz PWM............................................. 5% Weight including coil.....................................,9 kg. (.64 lbs.) Seal kits................................................ -7945 una-n -7945 Viton 4 6 8.5..5. 7 6 4 Pressure drop (bar) Pressure (psi) Viton is a registered trademark of E.I. DuPont Co. Pressure vs flow Flow in lpm (,8 cst oil @ 49 C) Relieving mode Reducing mode 8 4 4 8 5 5 4 8 4 Flow in USgpm (5 SUS oil @ F) 7 Pressure (bar)
Model Code EPRV-8 4 5 6 7 8 Function EPRV - Proportional reducing/relieving valve Size 8-8 Size Seals lank - una-n V - Viton 4 Valve housing material Omit for cartridge only - luminum Performance characteristics Reduced pressure bar 4 8 4 psi 6 4 Step response....4 Time (sec.) 5 Port size - Cartridge only Code Port size 4T 6T G G..8.4 mperage SE 4 SE 6 /4 SPP /8 SPP -674-674 -679-674 See page 9 for housings 7 lank - No coil ( VDC) G - ISO 44 DIN 465 Housing number P - / NPT conduit port w/ leadwire Dimensions mm (inch) Q - Spade terminals 6 Voltage rating - No coil D - VDC 4D - 4VDC - VDC/w diode* 4-4VDC/w diode* *optional arc suppressing diode W - Leadwire N - Deutsch Y - mp JR -669-669 -788-788 -6684-6685 -668-668 -7884-7885 -6678-6679 -788-788 -6958-6959 -695-788 -78-78 -6957-7885 8 Coil Valve is shown with N coil. See page for coil information and dimensions. S - 8 series, 6w WRNING Maintain 5-8 Nm (4-6 lbf ft) maximum torque on valve tube nut. Overtightening may cause valve failure. Torque cartridge in housing 4-4 Nm (5- lbf ft) Reduced pressure (psi) Regulated pressure vs amperage...5.7.9 ( VDC) 4 8 mperage decreasing 4 mperage increasing 7....4 Reduced pressure (bar) (4 VDC)
EPRV- Proportional pressure reducing-relieving valve Functional Symbol (RP) Description The EPRV- is an electric, proportionally controlled, internally pilot operated, spool type, screw-in, pressure reducing/relieving valve. (P) (T) Sectional View Operation This valve remains open from port to port (port must be vented). Once the predetermined pressure is reached at port, the spool shifts to restrict the inlet flow at port, which regulates the pressure at port. If the pressure at port exceeds the setting of the valve, the spool will shift farther and relieve to port. Ratings and specifications Performance data is typical with fluid at,8 cst (5 SUS) and 49 C ( F) Typical application pressure (all ports)...................,5-5 bar (5-5 psi) Cartridge fatigue pressure (infinite life)......................... 5 bar (5 psi) Rated flow........................................ -7,6 l/min (-. USgpm) Cavity................................................ C-- (See page 7) Standard housing materials....................................... luminum Temperature range............................ -4 to C (-4 to 48 F) Fluids............................ ll general purpose hydraulic fluids such as: MIL-H-566, SE, SE, etc. Filtration......................................... Cleanliness code 8/6/ Weight including coil.....................................,44 kg. (.98 lbs.) Seal kits................................................. 56584 (una-n) 889599 Viton Viton is a registered trademark of E.I. DuPont Co. Pressure Override Characteristics 6 Pressure override, energized Pressure override, de-energized Flow in lpm (8, cst oil @ 49 C) Flow in lpm (8, cst oil @ 49 C) 7 4 4 7 7 4 4 7 4 45 Pressure (psi) 4 8 4 Pressure (bar) Pressure (psi) 5 Pressure (bar) Flow in USgpm (5 SUS oil @ F) Flow in USgpm (5 SUS oil @ F)
Model Code EPRV- 4 5 6 7 Function EPRV -Proportional reducing/relieving valve Size - Size Seals lank - una-n V - Viton 4 Maximum pressure (factory set) Customer to specify setting in increments of 7 bar ( psi) and coded in hundreds within the 4,-5, bar range (-5 psi) range. Example: 5-5, (5 psi) 5 Port size - Cartridge only Code Port size Housing number 6T G G 6H 8H /8 SPP SE 6 /4 SPP /8 SPP SE 6 SE 8-758 5666 8767 87674 87674 8767 See page 8 for housings 7 Connector types lank - No coil G - ISO 44 DIN 465 P - / NPT conduit port w/ leadwire Q - Spade terminals 6 Voltage rating - No coil D - VDC 4D - 4VDC - VDC/w diode* 4-4VDC/w diode* *optional arc suppressing diode W - Leadwire N - Deutsch -7886-7878 -787-786 -789-7887 -7879-787 -7865-7894 -7884-7884 -788-7884 -7884-7885 -788-7884 Valve is shown with W coil. See page for coil information and dimensions. Y - mp JR -787-787 -7876-78846 Performance characteristics Cartridges only Zero outlet pressure Reduced pressure bar 4 8 4 psi 6 4 Step response,,,,4 Response time volts 9 6 Input voltage seconds Dimensions mm (inch) Torque cartridge in housing 47-54 Nm (5-4 lbf ft) 8,9 (.5) 9,4 (.77) 46, (.8) WRNING Maintain 5-8 Nm (4-6 lbf ft) maximum torque on valve tube nut. Over tightening may cause valve failure. 8,6 (.4) 9, (.75) Hex Pressure (psi) 5 5 Pressure gain 4 7 Pressure (bar) 7, (.87) 46, (.8) 5,4 (.) Hex.875 - Thd. 6 9 volts Input voltage @ 5 C (77 F) 5,8 (.6) 7,9 (.685)
EPRV-6 Proportional pressure reducing-relieving valve Functional Symbol (RP) Description The EPRV-6 is an electric, proportionally controlled, internally pilot operated, spool type, screw-in pressure reducing/relieving valve. (P) (T) Sectional View Operation This valve remains open from port to port (port must be vented). Once the predetermined pressure is reached at port, the spool shifts to restrict the inlet flow at port, which regulates the pressure at port. If the pressure at port exceeds the setting of the valve, the spool will shift farther and relieve to port. Ratings and specifications Performance data is typical with fluid at,8 cst (5 SUS) and 49 C ( F) Typical application pressure (all ports)...................,5-5 bar (5-5 psi) Cartridge fatigue pressure (infinite life)......................... 5 bar (5 psi) Rated flow....................................... -8, l/min (- USgpm) Cavity................................................ C-6- (See page 7) Standard housing materials....................................... luminum Temperature range............................. -4 to C (-4 to 48 F) Fluids............................ ll general purpose hydraulic fluids such as: MIL-H-566, SE, SE, etc. Filtration......................................... Cleanliness code 8/6/ Weight including coil........................................,9 kg. (. lbs.) Seal kits................................................... 5658 una-n 889599 Viton Viton is a registered trademark of E.I. DuPont Co. Pressure Override Characteristics Pressure override, energized Flow in lpm (8, cst oil @ 49 C) Pressure override, de-energized Flow in lpm (8, cst oil @ 49 C) 6 8 9 9 8 4 5 8 9 9 8 Pressure (psi) 8 4 Pressure (bar) Pressure (psi) 5 Pressure (bar) 5 5 Flow in USgpm (5 SUS oil @ F) 5 5 Flow in USgpm (5 SUS oil @ F) 4
Model Code EPRV-6 4 5 6 7 Function EPRV- Proportional reducing/relieving valve Size 6-6 Size Seals lank - una-n V - Viton 4 Maximum pressure (factory set) Customer to specify setting in increments of 7 bar ( psi) and coded in hundreds within the 4,-5, bar range (-5 psi) range. Example: 5-5, (5 psi) Performance characteristics Cartridges only Zero outlet pressure Reduced pressure bar 4 8 4 psi 6 4 Step response,,,,4 Response time 5 - Cartridge only Code Port size Housing number 6 T 6G H H Port size /4 SPP SE /4 SPP SE SE See pages 8 and 9 for housings 7 Connector types lank - No coil Volts 9 6 Input voltage G - ISO 44 DIN 465-7886 -7887-7884 -7884 seconds -75465 5665 8767 8767 8767 P - / NPT conduit port w/ leadwire -7878-7879 Q - Spade terminals -787-787 -7884-7885 Dimensions mm (inch) Torque cartridge in housing 8- Nm (8-9 lbf ft) W - Leadwire -786-7865 -788-788 N - Deutsch -789-7894 -7884-7884 Y - mp JR -787-787 -7876-78846 Valve is shown with W coil. See page for coil information and dimensions. 9,4 (.77) 8,9 (.5) 46, (.8) 6 Voltage rating - No coil D - VDC 4D - 4VDC - VDC/w diode* 4-4VDC/w diode* *optional arc suppressing diode WRNING Maintain 5-8 Nm (4-6 lbf ft) maximum torque on valve tube nut. Over tightening may cause valve failure. 8,6 (.4) 9, (.75) Hex Pressure (psi) 5 5 Pressure gain 4 7 Pressure (bar) 79, (.) 7, (.87) 8, (.5) Hex. - Thd. 6 9 volts Input voltage @ 5 C (77 F) 6,9 (.6) 8,5 (.) 5
C-**- Cavity Dimensions Dimensions mm (inch) 5 Cavity bores can be machined accurately in aluminum or steel. The necessary UNF, or UN threads may be machined using standard small tools, possibly already in your machine shop or from a local tool supplier. For in depth advice on the machining of cavities, consult your Vickers sales specialist. Either you, our customer, or Vickers can design and manufacture customized manifolds or housings dedicated to individual applications. We call the resulting valve packages Modular Circuit Designs (MCDs). Cartridges selected for your application can be accomodated in one or more MCDs, according to your requirements. WRNING: For EPV-, the cavity should be machined to the 4,9 (.56) maximum diameter and 6, (.47) maximum depth. These diameters These diameters,5 mm (. inch),5 mm (. inch) R Dia,57 (.6) D P F 45 -way cavity unless otherwise specified. unless otherwise specified. C X H 46 46 R,9 ±.65.75 ±.5,798 (.) E min. G 9 9 J, (.78) Maximum depth required for poppet opening clearance (C--) Cavity mm (inch) Spotface +,5 ( +. ) C +,5 ( +. ) D Thread E Full Thread F G H J P,54 (.) R Max. Dia. X Max. Dia. C,6 (.88) 4, (.945),6 (.8).875 4 5,88 (.65),54/,9 (./.5),8 (.97) 5,9 (.66), (.) 8,6 (.78), (.47) 4,9 (.56) C 6 44,45 (.75) 5,58 (.4),4 (.4)., (.875),/,68 (./.45) 4,4 (.44) 8,6 (.7) 46,84 (.844) 4,6 (.968) 9,5 (.75) 9,5 (.75) 6
C-**- Cavity Dimensions Dimensions mm (inch) 5 5 D S G F,575 R (.6) 45 C H 46 46 K -way cavity 46 E min. P J R Dia.,575 R (.6) 9 T Dia,575 R (.6) X These diameters These diameters,5 mm (. inch),5 mm (. inch) R,9 ±.65,75 ±.5,8 (.) L,575 (.6) D R Dia. J unless otherwise specified. unless otherwise specified. P R,575 (.6) F R 45 C H 46 46 X K 46 -way short cavity (S) R E min. G,9 ±.65,75 ±.5,798 (.) S T Dia. 9 L Cavity mm (inch) C 8 C C 6 C 6 S Spotface,6 (.88),6 (.88) 44,45 (.75) 44,45 (.75) +,5 ( +. ),65 (.8) 4, (.945) 5,58 (.4) 5,58 (.4) C +,5 ( +. ) 7,47 (.688) D Thread,6 (.8).875 4,4 (.4). -,4 (.4).75 6. - E Full Thread,7 (.5) 5,88 (.65), (.875) 7,46 (.687) F G H J,54 (.),65/,9 (./.5),54/,9 (./.5),/,68 (./.45),/,68 (./.45) 8,4 (.78),59 (.85) 4,4 (.44),6 (.8) 5,9 (.66) 7,5 (.689) 8,6 (.7) 8,6 (.7),6 (.7) 8, (.5) 6,7 (.469) 46, (.8) K,54 (.) 4, (.56) 5,9 (.66) 7, (.64) 5,45 (.) L 4,6 (.7) 47,6 (.875) 75,9 (.968) 55,58 (.88) Cavity mm (inch) C 8 C C 6 C 6 S P 4,68 (.578) 8,6 (.79) 4,6 (.968) 6,67 (.656) R Max. Dia. 5,94 (.4) 6,5 (.5) 5,88 (.65) 6,5 (.5) S 8,98 (.4) 4, (.44) 5,8 (.9) 7, (.468) T Max. Dia. 5,94 (.4) 6,5 (.5) 5,88 (.65) 5,88 (.65) X Max. Dia.,7 (.5) 4,9 (.56) 9,5 (.75) 9,5 (.75) 7
C-**- & luminum Housings (Light Duty) Housing ll Ports Part Number C-- C-6- C-- C-6- /8 SPP -7546 SE 6 5665 /4 SPP -7546 SE 56649 /8 SPP 758 SE 6 5666 /4 SPP 75465 SE 5665 Note:SPP porting is designated by in the model code SE porting is designated by T in the model code E E D D F C G F C I J I J H H C-**- housing C-**- housing Housing mm (inch) C-- 5,8 (.) C-6-76, (.) C-- 6,5 (.5) C-6-,6 (4.) C D E F G H I J Mass kg (lb.) 9, (.75) 8,5 (.),7 (.5) 5,8 (.) 5,8 (.) 76, (.) 66,6 (.6) 7,9 (4.5),7 (.5) 47,6 (.87),7 (.5) 5,8 (.) 5,9 (.6),8 (.94) 5,8 (.6) 5,4 (.) 9, (.75) 5,4 (.) 4,9 (.7) 5,9 (.), (.) 4, (.6) 9, (.75) 5,4 (.), (.) 4, (.6) 7, (.8) 8,6 (.4) 7, (.8) 8,6 (.),7 (.5) 9, (.75),7 (.5) 5,4 (.), (.5),5 (.), (.64), (.) 8
C-**- & luminum Housings (Fatigue Rated) Housing ll Ports Part Number Housing ll Ports Part Number Housing ll Ports Part Number C-- C-6- /4 SPP 8767 /4 SPP -679 / SPP 8767 /8 SPP 8767 SE 6 8767 C-8- /8 SPP -674 SE 6-674 C-6- /4 SPP 8767 SE 8767 SE 8 8767 SE 8-674 SE 8767 / SPP 87676 /4 SPP 87675 /4 SPP 87678 SE 87677 C-- /8 SPP 87674 SE 6 87674 SE 566 SE 8 8767 Note:... SPP porting is designated by G in the model code SE porting is designated by either H or T in the model code E E D D H G H C C I J I J F C-**- housing F C-**- housing Housing mm (inch) C-- 6,5 (.5) C-6-88,9 (.5) C-8-6,5 (.5) C-- 76, (.) C-6-88,9 (.5) C D E F G H I J Mass kg (lb.) 5,4 (.) 4,9 (.7),8 (.5) 8, (.5) 4,9 (.7) 6,5 (.5) 88,9 (.5) 8,6 (.5) 76, (.) 88,9 (.5) 5,8 (.) 6,5 (.5) 8, (.5) 5,8 (.) 6,5 (.5) 5,4 (.),7 (.5) 9, (.75) 5,4 (.),7 (.5) 9,5 (.7), (.4),4 (.) 9,5 (.7), (.4),8 (.8) 8,4 (.) 5,5 (.6),8 (.8) 8,4 (.) 9,8 (.7) 6,6 (.44) 57, (.4) 7, (.8) 8,7 (.4) 7, (.8) 7, (.8) 8,7 (.4) 9, (.75) 5,4 (.), (.5) 9, (.75) 5,4 (.),4 (.), (.75),4 (.8),7 (.65), (4.5) 9
C-**-S (modified) Housings C-6-S luminum/steel housing (modified) EPV6- only When ordered in a stand alone body, the port annulus is undercut to ensure the maximum performance in extreme operating conditions at full rated flow. Internal feedback flow passages for either the EPV6- or the EPV6- flow directions are provided for in these bodies, which do not have the third port as normally contained in the standard C-6-S body. The EPV6 is also available for industrial applications mounted in a body with a CETOP 5 (NFP D5) interface. EPV6- only F ( places) H ( places) I E C D G Note: SPP porting is designated by G in the model code SE porting is designated by either H or T in the model code Code Port size Housing number luminum Steel EPV6 EPV6 EPV6 EPV6 4G / SPP 85448 6667 85 655 6G /4 SPP 85449 658 85 649 H SE 85446 78 H SE 85447 6669 T SE 848 698 T SE 849 698 5C CETOP5 (NFP D5) interface (Requires steel body) Housing mm (inch) C-6-S (modified) C D E F G H I Mass kg (lb.) lum. 76, (.), (.9) 79, (.),8 (.97) 8, (.5),7 (.5),6 (.85) 8,7 (.4) 6,4 (.8), (4.5) Mass kg (lb.) Steel 6, (.5)
EPV Coils Coil kits F - Weather Pack Q - Spade terminal U - DIN 465 W 6 mm (4 inch) lead wire Y - Metri Pak Note: Width all configurations 4,5 (.7) COIL PRT NUMERS Voltage F Connector Q Connector U Connector W Connector Y Connector VDC 88 754 547 547 888 4 VDC 88 755 547 547 889 Specifications Standard Voltages mperes* Lead Color DC. red 4 DC.66 black *Nominal voltage @ 5 C (77 F) Control Rheostat specifications Caution: The coils tend to run hot if used in other than intermittent operations. VDC operation - -5 watts 4 VDC operation 5- -5 watts Power plug options: (indoor applications) EHH-MP-7 EPD-S 6- These require 4 VDC power supply to power plug and VDC coil. mplifier card: (indoor applications) EE-PM-5 (Requires 4 VDC power supply and either VDC or 4 VDC coil. Joy stick suppliers: (outdoor applications) OEM Controls, Inc, Shelton, CT P-Q Controls, Inc, ristol, CT
EPRV 8-Series Coils Coil Dimensions millimeter (inch) G - DIN connector N - Deutsch Type connector P - / NPT conduit 6,8 (.66) 4,7 (.7) 9, (.54) 44, (.74) 4,7 (.58) 6,8 (.66) 4,7 (.7) 9, (.54) 44, (.74) 44, (.74) 6,8 (.66) 4,7 (.7) 9, (.54) 5, (.) 7, (.68) DIN 465 connector for G style coil 66796 6,8 (.66) Q - Spade terminal 9, (.54) 4,5 (.6) 6,8 (.66) W 6 mm (4 inch) lead wire 9, (.54), (.) 6,8 (.66) Y - MP JR. connector 9, (.54) 4,5 (.59) View Note: width - all configurations,7 (.5) 4,7 (.7) 8, (.) 4,7 (.7), (.6) 4,7 (.7) 4,8 (.68) For coils w/diode Voltage COIL PRT NUMERS w/o diode G Connector N Connector P Connector Q Connector W Connector Y Connector VDC 669 6958 6684 668 6678 78 4 VDC 669 6959 6685 668 6679 78 VDC* 788 695 7884 788 6957 N/ 4 VDC* 788 788 7885 788 7885 *optional arc suppression diode Specifications Standard Voltages mperes* Lead Color DC. red 4 DC.66 black *Nominal voltage @ 5 C (77 F) Duty Rating Continuous from 85% to % of nominal voltage Operating Temperature C ( F) continuous @ nominal voltage Lead Wires 8 gauge, 6 mm (4 long), UL style 7 CS CL 5 (meets SE J8 XLPE style SXL) Wattage ll coils are nominally 6 watts @ 5 C (77 F) Encapsulent P.E.T. Magnet Wire U.L. class N, C (9 F) NEM pub. no. MW, section MW 5 C (single) Flyback diode (arc suppressor) Maximum recurrent peak reverse voltage 8 V (optional) For other voltages and connectors contact a Vickers representative.
ERV, EPRV /6 Series Coils Dimensions millimeter (inch) G - DIN connector N - Deutsch Type connector P - / NPT conduit 9, (.76) 46, (.8) 48,7 (.9) 9, (.76) 46, (.8) 48, (.9) 9, (.76) 46, (.8) 55,8 (.) 7, (.67) 5,5 (.99) 5,5 (.99) 44, (.74) 5,5 (.99) 9, (.76) Q - Spade terminal W 6 mm (4 inch) lead wire 46, (.8) 9, 46, (.8) (.55) 9, (.76) 5, (.) 9, (.76) Y - MP JR. connector 46, (.8) 44,7 (.76) View Note: width - all configurations,75 8,9 (.5) (.5) 5,5 (.99) 8, (.) 5,5 (.99),6 (.9) 5,5 (.99) 4,8 (.68) For coils w/diode Voltage COIL PRT NUMERS G Connector N Connector P Connector Q Connector W Connector Y Connector VDC -7886-789 -7878-787 -786-787 4 VDC -7887-7894 -7879-787 -7865-787 6 VDC -7889-7895 -788-7875 -7866-787 VDC* 7884 7884 7884 788 7876 N/ 4 VDC* 7884 7884 7885 788 78846 *optional arc suppressing diode Specifications Standard Lead mperes* Voltages Color VDC.5 red 4 VDC.75 black 6 VDC.5 blue *Nominal voltage @ 5 C (77 F) Duty Rating Continuous from 85% to % of nominal voltage Lead Wires 8 gauge, 6 mm (4 ) long, UL style 7 CS CL 5 (meets SE J8 XLPE style SXL) Wattage ll coils are nominally watts @ 5 C (77 F) Magnet Wire U.L. class N, C (9 F) NEM pub. no. MW, section MW 5 C (single) Operating Temperature C ( F) continuous @ nominal voltage Encapsulent P.E.T. *Flyback diode (arc suppressor) Maximum recurrent peak reverse voltage 8 V (optional)
Supporting Products Roughing Tools Roughers are basically step drills which leave. per cutting diameter and.5 above all radii for the finishing reamer, with an additional.5 depth in the cavity bottom as clearance. The roughing tool is necessary to prepare the cavity for the finishing reamer, which has not been designed for the primary forming or bottom cutting. We offer two types of roughers, one for aluminum and one for steel. The aluminum rougher is manufactured with a 4 facet point and polished flutes. The steel rougher is supplied with a standard drill point. oth types will work in either material, however, longevity of an aluminum tool will be sacrificed when used continually in steel. Cavity Material Model Code ssembly Number Way C-- luminum RT----8 88959 C-6- luminum RT-6---8 88955 Way C 8 luminum / Steel RT 8 S 89 684 C-- luminum RT----88 8895 C-6- luminum RT-6---89 56585 Way Short C-6-S luminum RT-6-S--844-6558 C-6-S Steel RT-6-S-S-845 56674 Finishing Tools These finishing tools have been designed as precision reamers for finishing operations only. They are not intended for primary forming or bottom cutting operations. Vickers recommends that a finishing tool only be used in a properly roughed hole. Failure to conform to this practice will produce unsatisfactory size and finishes and possibly break the tool. Cavity Material Model Code ssembly Number -Way C-- luminum / Steel FT---S-848 5665 C-6- luminum / Steel FT-6--S-878 5658 -Way C 8 luminum / Steel FT 8 S 895 79 C-- luminum / Steel FT---S-85 56584 C-6- luminum / Steel FT-6--S-88 56586 -Way Short C-6-S luminum / Steel FT-6-S-S-88 88956 4
Finishing Form Tools Speed & Feed for luminum 66 T6 (T65) This information is recommended as a good starting point. Speeds and/or feeds may be increased or decreased depending on actual machining conditions. NOTE: Finish form tools may require / to / second dwell to obtain necessary finish. CNC MCHINE TOOL RIDGEPORT / LGUN TYPE MCHINES Tool Size RPM IPM Tool Size RPM IPM C-- C-- C-- C-- 8-6-5 C-6-6 4 C-6- C-6- C-6-5 / C-6-S C-6-S Index MODEL DESCRIPTION PGE Introduction EPV poppet type Proportional Flow Control 4 EPV6 poppet type Proportional Flow Control 8 EPRV-8 Proportional Pressure Reducing/Relieving EPRV- Proportional Pressure Reducing/Relieving EPRV-6 Proportional Pressure Reducing/Relieving 4 ERV- spool type Proportional Relief 4 ERV-6 spool type Proportional Relief 6 ERV- spool type Proportional Relief 8 C-**- Standard Cavity Dimensions 6 C-**- Standard Cavity Dimensions 7 C-**- / luminum Light Duty Housings, Part Numbers, Dimensions & Weights 8 C-**- / luminum Fatigue Rated Housings, Part Numbers, Dimensions & Weights 9 C-**-S luminum/steel Housings, Part Numbers, Dimensions & Weights Coil kits EPV-Series Coils 8-Series Coils /6-Series Form Tools Roughing & Finishing 4 5