Compact and robust design
Mounted directly on Hägglunds motors
Oil exchange system for closed loop (COCB 1000-3)
Protects the motor from high pressure peaks
Provides cavitation protection
| Availability: | |
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| Quantity: | |
Compact and robust design
Mounted directly on Hägglunds motors
Oil exchange system for closed loop (COCB 1000-3)
Protects the motor from high pressure peaks
Provides cavitation protection
Compact and robust design
Mounted directly on Hägglunds motors
Oil exchange system for closed loop (COCB 1000-3)
Protects the motor from high pressure peaks
Provides cavitation protection
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 |
COC | B |
01 | Cross-over valve | COC |
02 | Version | B |
Maximum flow | ||
03 | 700 l/min | 0700 |
1000 l/min | 1000 | |
Main pressure relief settings | ||
04 | 280 bar | 280 |
300 bar | 300 | |
330 bar | 330 | |
350 bar | 350 | |
Type of valve | ||
05 | Cross-over valve | 1 |
Cross-over valve with Oil exchange system (only for 1000 l/min, charge pressure 15 bar) | 3 | |
Explosive environment | ||
06 | Non explosive environment | 0 |
Explosive environment | 1 | |
Modification 1) | ||
07 | 00 | |
Design | ||
08 | Standard | 00 |
Special index 1) | 01 ... 99 | |
| 1) | To be filled in by Bosch Rexroth DC-IA/EHD |
Note!
Mounting the valve on CBM, an adapter must be ordered separately, see chapter "Mounting" - section "Fitting the valve on Hägglunds CBM"
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 |
COC | B |
01 | Cross-over valve | COC |
02 | Version | B |
Maximum flow | ||
03 | 700 l/min | 0700 |
1000 l/min | 1000 | |
Main pressure relief settings | ||
04 | 280 bar | 280 |
300 bar | 300 | |
330 bar | 330 | |
350 bar | 350 | |
Type of valve | ||
05 | Cross-over valve | 1 |
Cross-over valve with Oil exchange system (only for 1000 l/min, charge pressure 15 bar) | 3 | |
Explosive environment | ||
06 | Non explosive environment | 0 |
Explosive environment | 1 | |
Modification 1) | ||
07 | 00 | |
Design | ||
08 | Standard | 00 |
Special index 1) | 01 ... 99 | |
| 1) | To be filled in by Bosch Rexroth DC-IA/EHD |
Note!
Mounting the valve on CBM, an adapter must be ordered separately, see chapter "Mounting" - section "Fitting the valve on Hägglunds CBM"
Maximum operating pressure | bar | 350 |
Pilot pressure | bar | \u200b7 ... 350 |
Maximum flow | l/min | 800 |
Pilot valve interface | NG6 | |
Temperature range | °C | -25 \u2026 +70 |
Viscosity range | mm²/s | 20 \u2026 380 |
Weight | kg | 57 |
Position | Description | Pcs |
1 | Solenoid valve | 2 |
2 | Inductive sensor | 1 |
3 | O-ring 40.87x3.53 NBR90 | 4 |
4 | Screw ASME B18.3-1/2-13UNC-2AX6 1/2 | 8 |
5 | Protective cover | 2 |
6 | Valve | 1 |
With Hägglunds hydraulic roll mill drive.
General
As the rubber roll mills are manually operated the time to stop the rolles is of utmost importance.
Stopping of the roll can be calculated according to following:
φ | Stop angle | ° |
n | Speed | rpm |
Jmachine | Moment of inertia machine | kg\u2022m2 |
Jmotor | Moment of inertia motor | kg\u2022m2 |
Ts | Specific torque | Nm/bar |
Δp | Pressure over motor | bar |
ts | Response time hydraulic valve | s |
φ = (π\u2022 n2 \u2022(Jmachine + Jmotor)/(10 \u2022 Ts \u2022 Δp)) + 6 \u2022 n \u2022ts
Example:
CB400 typical application for a rubber roll mill
n = 15 rpm
Jmachine = 350 kgm2
Jmotor = 18.3 kgm2
φ = (π\u2022152\u2022(350+18.3)/(10\u2022400\u2022350))+6\u202215\u20220.15=13.7°
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Wrong polarity Wrong polarity will destroy the transient supressor
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Supply voltage | VDC | 24 |
Power consumption | W | 30 |
Electric contact | DIN 43650 |
Contact with built-in transient supressor and indicator for electrical activation.
Supply voltage | Ub | VDC | 10 \u2026 30 |
Rated operational voltage | Ue | VDC | 24 |
Voltage drop Ud at le | Ud | V | ≤ 2.5 |
Rated operational current | le | mA | 200 |
IEC 60529 protection | IP | IP68 | |
Connection | M12x1 | L=3 m |
Dimensions in mm
A | mm | 30 |
B | M12x1 | |
C | mm | 56 |
L | m | 3 |
1 | Brown (1) |
2 | Black (4) |
3 | Blue (3) |
Maximum operating pressure | bar | 350 |
Pilot pressure | bar | \u200b7 ... 350 |
Maximum flow | l/min | 800 |
Pilot valve interface | NG6 | |
Temperature range | °C | -25 \u2026 +70 |
Viscosity range | mm²/s | 20 \u2026 380 |
Weight | kg | 57 |
Position | Description | Pcs |
1 | Solenoid valve | 2 |
2 | Inductive sensor | 1 |
3 | O-ring 40.87x3.53 NBR90 | 4 |
4 | Screw ASME B18.3-1/2-13UNC-2AX6 1/2 | 8 |
5 | Protective cover | 2 |
6 | Valve | 1 |
With Hägglunds hydraulic roll mill drive.
General
As the rubber roll mills are manually operated the time to stop the rolles is of utmost importance.
Stopping of the roll can be calculated according to following:
φ | Stop angle | ° |
n | Speed | rpm |
Jmachine | Moment of inertia machine | kg\u2022m2 |
Jmotor | Moment of inertia motor | kg\u2022m2 |
Ts | Specific torque | Nm/bar |
Δp | Pressure over motor | bar |
ts | Response time hydraulic valve | s |
φ = (π\u2022 n2 \u2022(Jmachine + Jmotor)/(10 \u2022 Ts \u2022 Δp)) + 6 \u2022 n \u2022ts
Example:
CB400 typical application for a rubber roll mill
n = 15 rpm
Jmachine = 350 kgm2
Jmotor = 18.3 kgm2
φ = (π\u2022152\u2022(350+18.3)/(10\u2022400\u2022350))+6\u202215\u20220.15=13.7°
| |
Wrong polarity Wrong polarity will destroy the transient supressor
|
Supply voltage | VDC | 24 |
Power consumption | W | 30 |
Electric contact | DIN 43650 |
Contact with built-in transient supressor and indicator for electrical activation.
Supply voltage | Ub | VDC | 10 \u2026 30 |
Rated operational voltage | Ue | VDC | 24 |
Voltage drop Ud at le | Ud | V | ≤ 2.5 |
Rated operational current | le | mA | 200 |
IEC 60529 protection | IP | IP68 | |
Connection | M12x1 | L=3 m |
Dimensions in mm
A | mm | 30 |
B | M12x1 | |
C | mm | 56 |
L | m | 3 |
1 | Brown (1) |
2 | Black (4) |
3 | Blue (3) |
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. |
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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.
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Pressurized valve Danger to life risk of injuries when working on valve in system not being depressurized.
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Unsafe work on the valve Danger to life or risk of injury, damage to equipment!
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Unsafe work on the valve Danger to life or risk of injury, damage to equipment!
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Escaping oil mist! Risk of explosion, fire health hazard, environmental pollution.
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Static discharge Cleaning the valve with a dry rug may lead to explosions through electrostatic discharge that may cause severe injuries and even death.
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Lack of grounding Risk of explosion that may cause severe injuries and even death.
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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!
|
| |
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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