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DV 020 FEM

DV 020 FEM

Product catalog summary

Overview: The document provides technical specifications and options for the Brake Caliper DV 020 FEM, which is spring-activated and electromagnetically released. It includes details on mounting, technical data, and available accessories and options.

Technical Specifications:

Brake Caliper Model: DV 020 FEM
Activation: Spring activated, electromagnetically released
Electromagnet Voltage: 230/240 VAC
Mounting Options: Thruster can be mounted on the left or right
Brake Disc Thickness: 12.5 mm
Clamping Force: 3,400 N
Power Consumption: 12 W (100% duty factor)
Fuse Rating: 6A
Maximum Actuations: 800 per hour at 20°C ambient temperature
Weight: 15 kg

Braking Torque: The braking torques are based on a theoretical friction coefficient of 0.4. The table provides braking torque values for different brake disc diameters:

200 mm: 190 Nm
250 mm: 260 Nm
300 mm: 330 Nm
355 mm: 400 Nm
430 mm: 510 Nm
520 mm: 630 Nm

Options and Accessories:

Universal Transformer (see page 166)
cCSAus Approval
Inductive Proximity Switches: "Brake released" and "Brake closed"

Ordering Example: For a Brake Caliper DV 020 FEM with an electromagnet for 230 V, thruster mounted right, and brake disc thickness of 12.5 mm, the order code is: DV 020 FEM - 460 R - 12.

Catalog excerpts

Brake Caliper DV 020 FEM spring activated – electromagnetically released le al ilab prov a v o a s ap Als CSAu hc wit Brake Caliper Mounting to the machine parallel to the brake disc Spring activated Electromagnetically released Manual adjustment to accommodate friction block wear Thruster mounted right or left available Thickness of brake disc 12,5 mm Example for ordering Brake Caliper DV 020 FEM, electromagnet for 230 V, thruster mounted right, thickness of brake disc 12,5 mm: Figure shows product with inductive proximity switch:“Brake released“ Technical Data Inductive proximity switch: “Brake released“ Thruster mounted left Thruster mounted right 86 (94) Brake disc diameter Braking torque Clamping force Power consumption in open position Fuse rating 800/h permanent activations at 20° C ambient temperature The braking torques shown in the table are based on a theoretical friction coefficient of 0,4. Universal Transformer see page 166. Inductive proximity switch: “Brake closed“ Values in brackets resulting with maximum friction block wear. • Available with cCSAus approval • Inductive proximity switch: “Brake released“ • Inductive proximi

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DV 020 FEM

DV 020 FEM

Catalog excerpts

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