{{product.productLabel}} {{product.model}}
{{#if product.featureValues}}{{product.productPrice.formattedPrice}} {{#if product.productPrice.priceType === "PRICE_RANGE" }} - {{product.productPrice.formattedPriceMax}} {{/if}}
{{#each product.specData:i}}
{{name}}: {{value}}
{{#i!=(product.specData.length-1)}}
{{/end}}
{{/each}}
{{{product.idpText}}}
{{product.productLabel}} {{product.model}}
{{#if product.featureValues}}{{product.productPrice.formattedPrice}} {{#if product.productPrice.priceType === "PRICE_RANGE" }} - {{product.productPrice.formattedPriceMax}} {{/if}}
{{#each product.specData:i}}
{{name}}: {{value}}
{{#i!=(product.specData.length-1)}}
{{/end}}
{{/each}}
{{{product.idpText}}}
... engineering
Key Technical Data
- Product type: spring-applied single-disc brake
- Function: brakes
Kendrion
Torque: 1,200 Nm - 1,200 Nm
... li>Two independent coil circuits for high operational safety
Kendrion
Torque: 17 Nm - 800 Nm
Rotational speed: 2,500 rpm - 5,400 rpm
Power: 23 W - 230 W
... systems with holding or
braking function
Key Technical Data
- Model: Classic Line
- Brake type: electromagnetically released spring-applied brake
- Design:
Kendrion
Power: 5.8 W - 27.2 W
... fail-safe spring-applied brake for modern servo and robotic drives. It is designed for compact installation spaces, high braking energy, and long service life, making it particularly suitable for lightweight robotics ...
Kendrion
Torque: 5 Nm - 150 Nm
Rotational speed: 3,000 rpm
Power: 30 W - 120 W
... select a power-off
brake
- Determine required braking torque: calculate maximum load torque from motor power, speed and transmission ratios, then apply a safety factor (commonly 1.5–2× for vertical
the best suppliers