INDUSTRIAL FRICTION

HYDRAULIC CALIPER BRAKE

Coremo hydraulic brakes are designed to provide a simple, fast solution to the safety requirements of a wide range of industrial applications. COREMO hydraulic brakes are also available in caliper and direct versions, both in oil-applied and spring-applied types. 

Scroll to: Hydraulic caliper brake - Oil-applied | Spring-applied Direct hydraulic brakes - Oil-applied | Spring-applied

Hydraulic brakes A3-ID

HYDRAULIC CALIPER BRAKE – OIL APPLIED 

Art.nr: A3-ID

Braking force F A3-ID 15987 N at 100 bar
Max pressure 100 bar
Max total wear 16 mm
Thickness of new lining 16 mm
Continuous thermal capacity Qc 1.7 kW
Continuous thermal capacity for double pad version Qc 2.7 kW
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.009 dm3
Hydraulic brakes D3-ID

HYDRAULIC CALIPER BRAKE – OIL APPLIED 

Art.nr: D3-ID

Braking force F D3-ID 14868 N at 100 bar
Dynamic torque = F • (disc radius in m - 0.033) = Nm
Max pressure 100 bar
Max total wear 12 mm
Thickness of new lining 11 mm
Continuous thermal capacity Qc 3.4 kW
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.008 dm3
Hydraulic brakes F3-ID

HYDRAULIC CALIPER BRAKE – OIL APPLIED 

Art.nr: F3-ID

Braking force F F3-ID 14868 N a 100 bar
Dynamic torque = F • (disc radius in m - 0.033) = Nm
Max pressure 100 bar
Max total wear 12 mm
Thickness of new lining 11 mm
Continuous thermal capacity Qc 3.4 kW
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.008 dm3
Hydraulic brakes G3-ID

HYDRAULIC CALIPER BRAKE – OIL APPLIED 

Art.nr: G3-ID

Braking force F G3-ID 14868 N at 100 bar
Dynamic torque = F • (disc radius in m - 0.062) = Nm
Max pressure 100 bar
Max total wear 10 mm
Thickness of new lining 8 mm
Continuous thermal capacity Qc 14 kW
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.008 dm3
Hydraulic brakes E4N-ID 

HYDRAULIC CALIPER BRAKE – SPRING APPLIED

Art.nr: E4N-ID

Braking force F E4N-ID 42000 N
Minimum release pressure 60 bar
Max pressure 100 bar
The torque values specified are obtained with n. 16 springs
Torque proportionally less are achievable with n. 14 - 12 - 10 springs
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.054 dm3
Dynamic torque = F • (disc radius in m - 0.065) = Nm
Max total wear 12 mm
Thickness of new lining 13 mm
Continuous thermal capacity Qc 20 kW
Hydraulic brakes F2N-ID 

HYDRAULIC CALIPER BRAKE – SPRING APPLIED

Art.nr: F2N-ID

Braking force F F2N-ID 5600 N
Minimum release pressure 25 bar F2N-ID
Max pressure 100 bar
The torque values specified are obtained with n. 4 springs for 2N-ID
Torque proportionally less are achievable with n. 2 springs for 2N-ID
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.017 dm3
Dynamic torque = F • (disc radius in m - 0.033) = Nm
Max total wear 12 mm
Thickness of new lining 11 mm
Continuous thermal capacity Qc 3.4 kW
Hydraulic brakes F3N-ID 

HYDRAULIC CALIPER BRAKE – SPRING APPLIED

Art.nr: F3N-ID

Braking force F F3N-ID 11200 N
Minimum release pressure 50 bar F3N-ID
Max pressure 100 bar
The torque values specified are obtained with n. 8 springs for 3N-ID
Torque proportionally less are achievable with n. 6-4-2 springs for 3N-ID
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.017 dm3
Dynamic torque = F • (disc radius in m - 0.033) = Nm
Max total wear 12 mm
Thickness of new lining 11 mm
Continuous thermal capacity Qc 3.4 kW
Hydraulic brakes G2N-ID 

HYDRAULIC CALIPER BRAKE – SPRING APPLIED

Art.nr: G2N-ID

Braking force F G2N-ID 5600 N
Minimum release pressure 25 bar G2N-ID
Max pressure 100 bar
The torque values specified are obtained with n. 4 springs for 2N-ID
Torque proportionally less are achievable with n. 2 springs for 2N-ID
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.017 dm3
Dynamic torque = F • (disc radius in m - 0.062) = Nm
Max total wear 10 mm
Thickness of new lining 8 mm
Continuous thermal capacity Qc 14 kW
Hydraulic brakes G3N-ID 

HYDRAULIC CALIPER BRAKE – SPRING APPLIED

Art.nr: G3N-ID

Braking force F G3N-ID 11200 N
Minimum release pressure 50 bar G3N-ID
Max pressure 100 bar
The torque values specified are obtained with n. 8 springs for 3N-ID
Torque proportionally less are achievable with n. 6-4-2 springs for 3N-ID
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.017 dm3
Dynamic torque = F • (disc radius in m - 0.062) = Nm
Max total wear 10 mm
Thickness of new lining 8 mm
Continuous thermal capacity Qc 14 kW
Hydraulic brakes A2N-ID 

HYDRAULIC CALIPER BRAKE – SPRING APPLIED

Art.nr: A2N-ID

Braking force F A2N-ID 5900 N
Minimum release pressure 25 bar A2N-ID
Max pressure 100 bar
The torque values specified are obtained with n. 4 springs for 2N-ID
Torque proportionally less are achievable with n. 2 springs for 2N-ID
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.018 dm3
Dynamic torque = F • (disc radius in m - 0.03) = Nm
Max total wear 16 mm
Thickness of new lining 16 mm
Continuous thermal capacity Qc 1.7 kW
Hydraulic brakes A3N-ID 

HYDRAULIC CALIPER BRAKE – SPRING APPLIED

Art.nr: A3N-ID

Braking force F A3N-ID 11800 N
Minimum release pressure 50 bar A3N-ID
Max pressure 100 bar
The torque values specified are obtained with n. 8 springs for 3N-ID
Torque proportionally less are achievable with n. 6-4-2 springs for 3N-ID
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.018 dm3
Dynamic torque = F • (disc radius in m - 0.03) = Nm
Max total wear 16 mm
Thickness of new lining 16 mm
Continuous thermal capacity Qc 1.7 kW
Hydraulic brakes D2N-ID 

HYDRAULIC CALIPER BRAKE – SPRING APPLIED

Art.nr: D2N-ID

Braking force F D2N-ID 5600 N
Minimum release pressure 25 bar D2N-ID
Max pressure 100 bar
The torque values specified are obtained with n. 4 springs for 2N-ID
Torque proportionally less are achievable with n. 2 springs for 2N-ID
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.017 dm3
Dynamic torque = F • (disc radius in m - 0.033) = Nm
Max total wear 12 mm
Thickness of new lining 11 mm
Continuous thermal capacity Qc 3.4kW
Hydraulic brakes D3N-ID 

HYDRAULIC CALIPER BRAKE – SPRING APPLIED

Art.nr: D3N-ID

Braking force F D3N-ID 11200 N
Minimum release pressure 50 bar D3N-ID
Max pressure 100 bar
The torque values specified are obtained with n. 8 springs for 3N-ID
Torque proportionally less are achievable with n. 6-4-2 springs for 3N-ID
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.017 dm3
Dynamic torque = F • (raggio del disco in m - 0.033) = Nm
Max total wear 12 mm
Thickness of new lining 11 mm
Continuous thermal capacity Qc 3.4kW
Hydraulic brakes D3N-ID/17

HYDRAULIC CALIPER BRAKE – SPRING APPLIED

Art.nr: D3N-ID/17

Braking force F D3N-ID/17 17000 N
Minimum release pressure 60 bar
Max pressure 100 bar
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.017 dm3
Dynamic torque = F • (disc radius in m - 0.033) = Nm
Max total wear 12 mm
Thickness of new lining 11 mm
Continuous thermal capacity Qc 3.4kW
Hydraulic brakes ID-800H2 

DIRECT HYDRAULIC BRAKES - OIL-APPLIED

Art.nr: ID 800H2

Braking force F ID 800 20200 N at 100 bar
Dynamic torque F • (disc radius in m - 0.034) = Nm
Max pressure 100 bar
Max total wear 10 mm
Thickness of new lining 17.5 mm
Continuous thermal capacity Qc 2.5 kW
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.01 dm3
Hydraulic brakes ID-3000 

DIRECT HYDRAULIC BRAKES - OIL-APPLIED

Art.nr: ID 3000

Braking force F ID 3000 300000 N at 100 bar
Dynamic torque = F • (disc radius in m - 0.124) = Nm
Max pressure 100 bar
Max total wear 20 mm
Thickness of new lining 16 mm
Continuous thermal capacity Qc 80 kW
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.2 dm3
Hydraulic brakes ID-900 

DIRECT HYDRAULIC BRAKES - OIL-APPLIED

Art.nr: ID 900

Braking force F ID 900 45500 N at 100 bar
Dynamic torque = F • (disc radius in m - 0.054) = Nm
Max pressure 100 bar
Max total wear 16 mm
Thickness of new lining 14 mm
Continuous thermal capacity Qc 10 kW
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.044 dm3
Hydraulic brakes ID-2000 

DIRECT HYDRAULIC BRAKES - OIL-APPLIED

Art.nr: ID 2000

Braking force F ID 2000 200000 N at 200 bar
Dynamic torque = F • (disc radius in m - 0.071) = Nm
Max pressure 200 bar
Max total wear 18 mm
Thickness of new lining 15 mm
Continuous thermal capacity Qc 29 kW
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.054 dm3
Hydraulic brakes ID-800-N 

DIRECT HYDRAULIC BRAKES - SPRING-APPLIED

Art.nr: ID 800 N

Braking force F ID 800N-13 13000 N ID 800N-8 8000 N
Dynamic torque F • (disc radius in m - 0.048) = Nm
Max pressure 200 bar
Max total wear 12 mm
Thickness of new lining 9 mm
Continuous thermal capacity Qc 9.5 kW
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.008 dm3
(ID 800N-13) Min. release pressure: 100 bar
(ID 800N-8) Min. release pressure: 65 bar
Hydraulic brakes ID-900-N 

DIRECT HYDRAULIC BRAKES - SPRING-APPLIED

Art.nr: ID 900 N

Braking force F ID 900N-15 15000 N ID 900N-30 30000 N
Dynamic torque F • (disc radius in m - 0.054) = Nm
Max pressure 200 bar
Max total wear 16 mm
Thickness of new lining 14 mm
Continuous thermal capacity Qc 10 kW
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.02 dm3
(ID 900N-15) Min. release pressure: 50 bar
(ID 900N-30) Min. release pressure: 100 bar
Hydraulic brakes ID-1500-N 

DIRECT HYDRAULIC BRAKES - SPRING-APPLIED

Art.nr: ID 1500 N

Braking force F ID 1500N 50000 N
Dynamic torque F • (disc radius in m - 0.0725) = Nm
Minimum release pressure 120 bar
Max pressure 200 bar
Max total wear 18 mm
Thickness of new lining 14 mm
Continuous thermal capacity Qc 21 kW
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.025 dm3
Hydraulic brakes ID-2000-N 

DIRECT HYDRAULIC BRAKES - SPRING-APPLIED

Art.nr: ID 2000 N

Braking force F ID 2000N-47 47000 N ID 2000N-58 58000 N ID 2000N-116 116000 N
Dynamic torque F • (disc radius in m - 0.071) = Nm
Max pressure 220 bar
Max total wear 18 mm
Thickness of new lining 15 mm
Continuous thermal capacity Qc 25 kW
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.037 dm3
(ID 2000N-47) Min. release pressure: 85 bar
(ID 2000N-58) Min. release pressure: 100 bar
(ID 2000N-116) Min. release pressure: 200 bar
Hydraulic brakes ID-2500-N 

DIRECT HYDRAULIC BRAKES - SPRING-APPLIED

Art.nr: ID 2500 N

Braking force F 150000 N
Dynamic torque = F • (disc radius m - 0.101) = Nm
Minimum release pressure 180 bar
Max pressure 220 bar
Max total wear 18 mm
Thickness of new lining 14 mm
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.3 dm3
Hydraulic brakes ID-3000-N 

DIRECT HYDRAULIC BRAKES - SPRING-APPLIED

Art.nr: ID 3000 N

Braking force F ID 3000N-200 200000 N ID 3000N-270 270000 N
Dynamic torque F • (disc radius in m - 0.124) = Nm
Max pressure 200 bar
Max total wear 20 mm
Thickness of new lining 16 mm
Hydraulic fluid Mineral oil based SAE/ISO 46
Total oil displacement for 2 mm movement of each pad 0.11 dm3
(ID 3000N-200) Min. release pressure: 115 bar
(ID 3000N-270) Min. release pressure: 150 bar
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