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Compact and robust design
Multifunctional
Mounted directly on Hägglunds motors
Detent function on pilot valve
Possible for remote control
Compact and robust design
Multifunctional
Mounted directly on Hägglunds motors
Detent function on pilot valve
Possible for remote control
ln order to identify Hägglunds equipment exactly, the following ordering code is used. These ordering codes should be stated in full in all correspondence e.g. when ordering spare parts.
01 | 02 | 03 | 04 | 05 | 06 | 07 | 08 | 09 | 10 |
VFWC | B | 600 |
01 | Freewheeling valve | VFWC |
02 | Version | B |
Nominal flow | ||
03 | 600 l/min | 600 |
Operation | ||
04 | Electrical operated | E |
Hydraulic actuated | H | |
Manual operated | M | |
Electric data voltage | ||
05 | No | 0 |
12 VDC (only standard design) | 1 | |
24 VDC | 2 | |
100 VAC (only standard design) | 3 | |
230 VAC (only standard design) | 4 | |
Pilot pressure supply | ||
06 | Internal pilot | U |
External Pilot | Q | |
Main spool | ||
07 | Spring return to drive position | 6 |
Spring return to freewheel position | 7 | |
Explosive environment | ||
08 | Non explosive environment | 0 |
Explosive environment 3) | 1 | |
Modification 1) | ||
09 | 0 ... 9 | |
Design | ||
10 | Standard | 00 |
Pilot valve with junction box (only 24 VDC) | 01 | |
Pilot valve ATEX class (EEx) (only 24 VDC) | 02 | |
Hydraulic operated pilot control valve. Internal pilot valve supply. Main spool spring return to free-wheel position. 2) | 03 | |
Other special index 1) | 04 ... 99 | |
| 1) | To be filled in by Bosch Rexroth DC-IA/EHD |
| 2) | Only valid for VFWCB 600 H 0 U 6 0 0, VFWCB 600 H 0 U 7 0 0, VFWCB 600 H 0 U 6 1 0 and VFWCB 600 H 0 U 7 1 0 |
| 3) | Only valid for attribute 05 code 2 and attribute 10 code 00 and 03 |
 |
Load drop Danger to life or risk of injury, damage to equipment!
|
ln order to identify Hägglunds equipment exactly, the following ordering code is used. These ordering codes should be stated in full in all correspondence e.g. when ordering spare parts.
01 | 02 | 03 | 04 | 05 | 06 | 07 | 08 | 09 | 10 |
VFWC | B | 600 |
01 | Freewheeling valve | VFWC |
02 | Version | B |
Nominal flow | ||
03 | 600 l/min | 600 |
Operation | ||
04 | Electrical operated | E |
Hydraulic actuated | H | |
Manual operated | M | |
Electric data voltage | ||
05 | No | 0 |
12 VDC (only standard design) | 1 | |
24 VDC | 2 | |
100 VAC (only standard design) | 3 | |
230 VAC (only standard design) | 4 | |
Pilot pressure supply | ||
06 | Internal pilot | U |
External Pilot | Q | |
Main spool | ||
07 | Spring return to drive position | 6 |
Spring return to freewheel position | 7 | |
Explosive environment | ||
08 | Non explosive environment | 0 |
Explosive environment 3) | 1 | |
Modification 1) | ||
09 | 0 ... 9 | |
Design | ||
10 | Standard | 00 |
Pilot valve with junction box (only 24 VDC) | 01 | |
Pilot valve ATEX class (EEx) (only 24 VDC) | 02 | |
Hydraulic operated pilot control valve. Internal pilot valve supply. Main spool spring return to free-wheel position. 2) | 03 | |
Other special index 1) | 04 ... 99 | |
| 1) | To be filled in by Bosch Rexroth DC-IA/EHD |
| 2) | Only valid for VFWCB 600 H 0 U 6 0 0, VFWCB 600 H 0 U 7 0 0, VFWCB 600 H 0 U 6 1 0 and VFWCB 600 H 0 U 7 1 0 |
| 3) | Only valid for attribute 05 code 2 and attribute 10 code 00 and 03 |
| |
Load drop Danger to life or risk of injury, damage to equipment!
|
Mechanical specification | Maximum operating pressure | bar | 350 | |
Pilot pressure (to shift main spool) | bar | \u200b7 ... 350 | ||
Drain pressure (to retract piston assemblies) | bar | 1 ... 1.5 | ||
Maximum flow | l/min | 1000 | ||
Nominal flow (see section "Pressure loss diagram") | l/min | 600 | ||
Hydraulic fluid (refer to data sheet RE 15414 Hydraulic fluid quick reference) | Fluid temperature range | °C | -25 \u2026 +70 | |
Viscosity range | mm²/s | 20 \u2026 380 | ||
Recommended operating viscosity | mm²/s | 40 | ||
Pilot valve interface | CETOP 03 | |||
Weight | Free-wheeling valve typical VFWCB 600 | kg | 40 | |
Pilot valve: Connectors EN 175301-803 / Sea water protected | Supply voltage | VDC | 24 | |
Solenoid power | W | 30 | ||
Solenoid current | A | 1.25 | ||
Solenoid protection class (EN 175301-803) | IP65 | |||
Solenoid protection class | IP65 (sea water protective) | |||
Cable area | min. | mm² | 1 | |
Cable size | Ø | mm | 10 ... 14 | |
Connection | Pin 1 | VDC | 24 | |
Pin 2 | VDC | 0 | ||
Area of application according to ATEX directive 2014/34/EU | IM2, II2G, II2D, II3G, II3D | |
Protection of the valve by liquid immersion according to | k (EN 13463-8) | |
Constructional safety according to | c (EN 13463-5) | |
Maximum surface temperature | °C | + 100 |
Temperature class | T4 | |
Conforms to \u201cEquipment and components intended for use in potentially explosive atmospheres and in underground mines\u201d | EN 1710 | |
ATEX Classification of valve | II 2 G D c k T4 / I M2 c k T4 | |
Ambient temperature range | °C | -25 \u2026 +50 |
Voltage | VDC | 24 |
Voltage tolerance | % | ± 10 |
Nominal power at ambient temperature +20 ºC | W | 17 |
Maximum power with 1.1 x nominal voltage and an ambient temperature of 20 °C | W | 20.6 |
Protection class | IP66 |
Area of application according to directive 2014/34/EU | II 2G | |
Type of protection valve | c (EN 13463-5) | |
Maximum surface temperature | °C | + 135 |
Temperature class | T4 | |
Type of protection valve solenoid according to EN 60079-7 / EN 60079-18 | Ex eb mb IIC T4 Gb | |
Type examination certificate solenoid | KEMA 02ATEX2240 X | |
IECEx Certificate of Conformity solenoid | IECEx DEK 12.0068X | |
Ambient temperature range | °C | -20 \u2026 +70 |
Mechanical specification | Maximum operating pressure | bar | 350 | |
Pilot pressure (to shift main spool) | bar | \u200b7 ... 350 | ||
Drain pressure (to retract piston assemblies) | bar | 1 ... 1.5 | ||
Maximum flow | l/min | 1000 | ||
Nominal flow (see section "Pressure loss diagram") | l/min | 600 | ||
Hydraulic fluid (refer to data sheet RE 15414 Hydraulic fluid quick reference) | Fluid temperature range | °C | -25 \u2026 +70 | |
Viscosity range | mm²/s | 20 \u2026 380 | ||
Recommended operating viscosity | mm²/s | 40 | ||
Pilot valve interface | CETOP 03 | |||
Weight | Free-wheeling valve typical VFWCB 600 | kg | 40 | |
Pilot valve: Connectors EN 175301-803 / Sea water protected | Supply voltage | VDC | 24 | |
Solenoid power | W | 30 | ||
Solenoid current | A | 1.25 | ||
Solenoid protection class (EN 175301-803) | IP65 | |||
Solenoid protection class | IP65 (sea water protective) | |||
Cable area | min. | mm² | 1 | |
Cable size | Ø | mm | 10 ... 14 | |
Connection | Pin 1 | VDC | 24 | |
Pin 2 | VDC | 0 | ||
Area of application according to ATEX directive 2014/34/EU | IM2, II2G, II2D, II3G, II3D | |
Protection of the valve by liquid immersion according to | k (EN 13463-8) | |
Constructional safety according to | c (EN 13463-5) | |
Maximum surface temperature | °C | + 100 |
Temperature class | T4 | |
Conforms to \u201cEquipment and components intended for use in potentially explosive atmospheres and in underground mines\u201d | EN 1710 | |
ATEX Classification of valve | II 2 G D c k T4 / I M2 c k T4 | |
Ambient temperature range | °C | -25 \u2026 +50 |
Voltage | VDC | 24 |
Voltage tolerance | % | ± 10 |
Nominal power at ambient temperature +20 ºC | W | 17 |
Maximum power with 1.1 x nominal voltage and an ambient temperature of 20 °C | W | 20.6 |
Protection class | IP66 |
Area of application according to directive 2014/34/EU | II 2G | |
Type of protection valve | c (EN 13463-5) | |
Maximum surface temperature | °C | + 135 |
Temperature class | T4 | |
Type of protection valve solenoid according to EN 60079-7 / EN 60079-18 | Ex eb mb IIC T4 Gb | |
Type examination certificate solenoid | KEMA 02ATEX2240 X | |
IECEx Certificate of Conformity solenoid | IECEx DEK 12.0068X | |
Ambient temperature range | °C | -20 \u2026 +70 |
Dimensions in mm
Dimensions in mm
Dimensions in mm
Dimensions in mm
Dimensions in mm
Dimensions in mm
Dimensions in mm
Dimensions in mm
Dimensions in mm
Dimensions in mm
Dimensions in mm
Dimensions in mm
Warning signs
In this manual you will find the following signs which indicate a potential hazard, which can or will cause personal injury or substantial property damage. Depending on the probability if the hazard, and how serious the injury or property damage could be, there are three levels if classification.
Warning sign (warning triangle) | Draws attention to the hazard |
Signal word | Identifies the degree of hazard |
Type of risk | Specifies the type or source of the hazard |
Consequences | Describes the consequences of non-compliance |
Precautions | Specifies how the hazard can be prevented |
Warning sign, signal word | Meaning |
 | Indicates a dangerous situation which will cause death or severe personal injuries if not avoided. |
 | Indicates a dangerous situation which may cause death or severe personal injuries if not avoided. |
 | Indicates a dangerous situation which may cause minor or medium personal injuries if not avoided. |
 | Material damage: the product or its environment could be damaged. |
| |
Danger from excessively high pressure! Danger to life or risk of injury, damage to equipment! Using the valve above the permissible maximum pressure can cause valve burst and hydraulic fluid to escape under high pressure.
|
Pressurized valve Danger to life risk of injuries when working on valve in system not being depressurized.
|
| |
Unsafe work on the valve Danger to life or risk of injury, damage to equipment!
|
| |
Escaping oil mist! Risk of explosion, fire health hazard, environmental pollution.
|
Static discharge Cleaning the valve with a dry rug may lead to explosions through electrostatic discharge that may cause severe injuries and even death.
|
Lack of grounding Risk of explosion that may cause severe injuries and even death.
|
Painting Risk of explosion that may cause severe injuries and even death.
|
Warning signs
In this manual you will find the following signs which indicate a potential hazard, which can or will cause personal injury or substantial property damage. Depending on the probability if the hazard, and how serious the injury or property damage could be, there are three levels if classification.
Warning sign (warning triangle) | Draws attention to the hazard |
Signal word | Identifies the degree of hazard |
Type of risk | Specifies the type or source of the hazard |
Consequences | Describes the consequences of non-compliance |
Precautions | Specifies how the hazard can be prevented |
Warning sign, signal word | Meaning |
| | Indicates a dangerous situation which will cause death or severe personal injuries if not avoided. |
| | Indicates a dangerous situation which may cause death or severe personal injuries if not avoided. |
| | Indicates a dangerous situation which may cause minor or medium personal injuries if not avoided. |
| | Material damage: the product or its environment could be damaged. |
| |
Danger from excessively high pressure! Danger to life or risk of injury, damage to equipment! Using the valve above the permissible maximum pressure can cause valve burst and hydraulic fluid to escape under high pressure.
|
Pressurized valve Danger to life risk of injuries when working on valve in system not being depressurized.
|
| |
Unsafe work on the valve Danger to life or risk of injury, damage to equipment!
|
| |
Escaping oil mist! Risk of explosion, fire health hazard, environmental pollution.
|
Static discharge Cleaning the valve with a dry rug may lead to explosions through electrostatic discharge that may cause severe injuries and even death.
|
Lack of grounding Risk of explosion that may cause severe injuries and even death.
|
Painting Risk of explosion that may cause severe injuries and even death.
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