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Miki Pulley

BXR-020-10LE

Model / article: BXR-020-10LE

BXR-020-10LE is listed by Miki Pulley in Spring-applied brakes. Published model data includes Product mass: 0.06 kg; Released-state excitation current: 0.200 A. See the specification table for operating conditions and source evidence.

Published holding-brake models. Dedicated controller required. Static torque, braking energy and electrical release/steady-state ratings are distinct. No verified functional-safety certification or dual-channel claim.

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Brake assembly dimension drawing
Brake assembly dimension drawing

Product overview

Manufacturer / supplier
Miki Pulley
Series
BXR-LE spring-applied holding brakes
Component type
Spring-applied brakes
Source
Open published source

Published pricing

No verified public price indexed for this model. Contact PartMeld for a supplier inquiry.

Published specifications

Values are shown as published. Conditions, rating basis and source evidence apply to each value.

Latest source observation: . Observation dates record evidence collection, not supplier re-verification.

Specifications and source evidence for BXR-020-10LE
SpecificationPublished valueConditions and source
Released-state excitation currentModel-level statement0.200 A

rule validated

Operating conditions
coil temperature c
20
controller
dedicated brake controller required; initial release and steady excitation differ
Source evidence
BXR-020-10LE | Released-state current: 0.200

Brake System Specifications / BXR-020-10LE / Released-state current

Source observed: 2026-09-18View source
Released-state excitation powerModel-level statement1.4 W

rule validated

Operating conditions
coil temperature c
20
controller
dedicated brake controller required; initial release and steady excitation differ
Source evidence
BXR-020-10LE | Released-state power: 1.4

Brake System Specifications / BXR-020-10LE / Released-state power

Source observed: 2026-09-18View source
Released-state excitation voltageModel-level statement7 V

rule validated

Operating conditions
coil temperature c
20
controller
dedicated brake controller required; initial release and steady excitation differ
Source evidence
BXR-020-10LE | Released-state voltage: 7

Brake System Specifications / BXR-020-10LE / Released-state voltage

Source observed: 2026-09-18View source
Temperature classModel-level statementF

rule validated

Source evidence
BXR-020-10LE | Temperature class: F

Brake System Specifications / BXR-020-10LE / Temperature class

Source observed: 2026-09-18View source
Maximum boreModel-level statement8 mmRating: maximum

rule validated

Source evidence
BXR-020-10LE | Maximum bore d: 8

Brake System Specifications / BXR-020-10LE / Maximum bore d

Source observed: 2026-09-18View source
Brake operationModel-level statementSpring-applied, electrically released; holding brake requiring dedicated controller

rule validated

Source evidence
BXR-020-10LE | Brake operation: Spring-applied, electrically released; holding brake requiring dedicated controller

Brake System Specifications / BXR-020-10LE / Brake operation

Source observed: 2026-09-18View source
Armature hold-in timeModel-level statement0.035 s

rule validated

Operating conditions
voltage v
24
Source evidence
BXR-020-10LE | Armature hold-in time: 0.035

Brake System Specifications / BXR-020-10LE / Armature hold-in time

Source observed: 2026-09-18View source
Release excitation currentModel-level statement0.688 A

rule validated

Operating conditions
coil temperature c
20
controller
dedicated brake controller required; initial release and steady excitation differ
Source evidence
BXR-020-10LE | Over-excitation current: 0.688

Brake System Specifications / BXR-020-10LE / Over-excitation current

Source observed: 2026-09-18View source
Release excitation powerModel-level statement16.5 W

rule validated

Operating conditions
coil temperature c
20
controller
dedicated brake controller required; initial release and steady excitation differ
Source evidence
BXR-020-10LE | Over-excitation power: 16.5

Brake System Specifications / BXR-020-10LE / Over-excitation power

Source observed: 2026-09-18View source
Armature release timeModel-level statement0.020 s

rule validated

Operating conditions
voltage v
7
Source evidence
BXR-020-10LE | Armature release time: 0.020

Brake System Specifications / BXR-020-10LE / Armature release time

Source observed: 2026-09-18View source
Release excitation voltageModel-level statement24 V

rule validated

Operating conditions
coil temperature c
20
controller
dedicated brake controller required; initial release and steady excitation differ
Source evidence
BXR-020-10LE | Over-excitation release voltage: 24

Brake System Specifications / BXR-020-10LE / Over-excitation release voltage

Source observed: 2026-09-18View source
Static holding torqueModel-level statement0.14 N·m

rule validated

Operating conditions
scope
holding torque, not dynamic braking torque
Source evidence
BXR-020-10LE | Static friction torque: 0.14

Brake System Specifications / BXR-020-10LE / Static friction torque

Source observed: 2026-09-18View source
Total braking workModel-level statement3000 J

rule validated

Source evidence
BXR-020-10LE | Total braking work: 3000

Brake System Specifications / BXR-020-10LE / Total braking work

Source observed: 2026-09-18View source
Permissible braking workModel-level statement15 J

rule validated

Operating conditions
scope
manufacturer permissible braking work; not continuous dissipation
Source evidence
BXR-020-10LE | Permissible braking work: 15

Brake System Specifications / BXR-020-10LE / Permissible braking work

Source observed: 2026-09-18View source
Product massModel-level statement0.06 kg

rule validated

Source evidence
BXR-020-10LE | Mass: 0.06

Brake System Specifications / BXR-020-10LE / Mass

Source observed: 2026-09-18View source
Maximum output speedModel-level statement6000 rpmRating: maximum

rule validated

Source evidence
BXR-020-10LE | Maximum rotational speed: 6000

Brake System Specifications / BXR-020-10LE / Maximum rotational speed

Source observed: 2026-09-18View source
Outer diameterModel-level statement32 mm

rule validated

Source evidence
BXR-020-10LE | Outer diameter A: 32

Brake System Specifications / BXR-020-10LE / Outer diameter A

Source observed: 2026-09-18View source

Technical documents and resources

Confirm the exact configuration, price, availability and operating conditions with the supplier before ordering.

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