Allen‑Bradley 440R‑D23171 Реле безопасности - Контактор,автоматический выключатель,солнечный инвертор,электрический счетчик,солнечные батареи

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 Allen‑Bradley 440R‑D23171 Реле безопасности - Контактор,автоматический выключатель,солнечный инвертор,электрический счетчик,солнечные батареи

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Allen‑Bradley 440R‑D23171 Реле безопасности

Аллен-Брэдли Guardmaster MSR125HP (440Р-Д23171) Реле безопасности с двуручным управлением Это устройство представляет собой специальное защитное реле с двуручным управлением серии Guardmaster компании Rockwell Automation.. Имеет двухканальный вход, 2 НЕТ предохранительных контактов, Категория 4 / Уровень производительности e (ПЛ е) safety rating and removable terminals. Designed specifically for high-risk machinery requiring synchronized two-hand operation, it ...

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Allen‑Bradley Guardmaster MSR125HP (440Р-Д23171) Two-Hand Control Safety Relay

This unit is a dedicated two-hand control safety relay under the Guardmaster series of Rockwell Automation. Имеет двухканальный вход, 2 НЕТ предохранительных контактов, Категория 4 / Уровень производительности e (ПЛ е) safety rating and removable terminals. Designed specifically for high-risk machinery requiring synchronized two-hand operation, it keeps operators’ hands within safe zones and prevents personal injuries.

  1. Пояснение кода модели

MSR125HP‑440R‑D23171 is a two-hand control safety relay of the Guardmaster series manufactured by Allen‑Bradley / Роквелл Автоматизация, США. The model breakdown and corresponding order number are specified below:

Сегмент кодаОписание
МСРКод серии: Minotaur Safety Relay
125Код функции: Two-hand control unit, compliant with Type III safety requirements of ISO 13851
HPFeature code: High Performance, equipped with removable terminals (differentiated from MSR125H with fixed terminals)
440Р-Д23171Номер заказа: Exclusive Rockwell identification code, for 24V DC power supply and two-hand control function

Key Ordering Information

Main Order Number: 440Р-Д23171 (Standard version with removable terminals)

Альтернативная модель: 440R‑D23168 (MSR125H, fixed terminals)

Compatible Model: 440R‑D23172 (with 0.5-second time delay function)

  1. Основные технические характеристики
КатегорияТехнические данныеПримечания
General Specifications
ТипTwo-hand control monitoring safety relayCompliant with Type III requirements of ISO 13851
Рабочее напряжение24В Вашингтоне (-15%/+20%) / 24В и (-15%/+10%)Макс. ripple voltage: 10%
Потребляемая мощностьМакс. 3ВтLow power consumption design
Защита от проникновенияIP40 (Жилье) / IP20 (Терминалы)Suitable for control cabinet installation
Входные характеристики
Monitoring ChannelsDual channel (1Северная Каролина + 1NO input)Dedicated for two-hand control, synchronized triggering required
Input TypeDry contact signalCompatible with two-hand control buttons and foot switches
Synchronization Time Window≤ 0.5 второйOperation beyond this window is deemed unsafe
Выходные характеристики
Safety Contacts2 Нормально открытый (НЕТ) контактыAC15: 230V/6A; DC13: 24V/6A
Auxiliary OutputНиктоOptimized for safety control
Performance LevelПЛ е (Highest level)Compliant with EN ISO 13849‑1
Safety CategoryКатегория 4Compliant with EN IEC 61508
Safety Integrity LevelСИЛ 3Meets requirements for high-risk applications
Физические характеристики
Размеры22.5mm × 99mm × 121mmМонтаж на DIN-рейку, компактный
Монтаж35мм стандартная DIN-рейкаStandard industrial installation
Рабочая температура-25°С ~ 60°СWide temperature range for industrial environments
ТерминалыRemovable screw terminalsCable cross-section: 0.25mm² ~ 2.5mm²
СертификатыUL, CSA, CE, ТЮВCompliant with international safety standards
  1. Cross-Brand Compatibility List
БрендЗапасная модельОписание совместимости
Allen‑BradleyMSR125H (440R‑D23168)Identical functions, only differs in terminal type (fixed terminals)
SchmersalSRB301‑24V (101190686)General-purpose safety relay with 3 safety contacts; two-hand control logic needs reconfiguration
Сименс3SK1122‑1AB30Dedicated two-hand control relay, 2 safety contacts, 24В Вашингтоне
Шнайдер ЭлектрикXPSAC512124В переменного/постоянного тока, 3 safety contacts; two-hand control requires additional programming
ОмронG9SA‑501Two-hand control unit, 2 safety contacts, ОСТАНАВЛИВАТЬСЯ 0 категория остановки

Совет по выбору: Choose dedicated two-hand control relays; match synchronization window and contact quantity; do not downgrade safety ratings; select terminals according to on-site demands.

  1. Full Model List of MSR Two-Hand Control Series
    МодельНомер заказаНапряжениеКонфигурация контактовТип терминалаСпециальная функция
    MSR125HP440Р-Д2317124В переменного/постоянного тока2 НЕТ предохранительных контактовRemovableTwo-hand control, мгновенный выход
    MSR125H440R‑D2316824В переменного/постоянного тока2 НЕТ предохранительных контактовЗафиксированныйTwo-hand control, мгновенный выход
    MSR125HP‑0.5s440R‑D2317224В переменного/постоянного тока2 НЕТ предохранительных контактовRemovableTwo-hand control, 0.5s delayed output
    MSR125H‑0.5s440R‑D2316924В переменного/постоянного тока2 НЕТ предохранительных контактовЗафиксированныйTwo-hand control, 0.5s delayed output
    MSR125HP‑240V440R‑D23173240В и2 НЕТ предохранительных контактовRemovableTwo-hand control, high voltage version

    Распространенные неисправности & Поиск неисправностей

Явление неисправностиВозможные причиныРешения
Power indicator off1. Power disconnected or abnormal voltage1. Check power connection and voltage (20.4V~28.8V DC)
2. Internal fuse blown2. Replace 2A internal fuse
Safety contacts fail to activate1. Two buttons not synchronized (interval over 0.5s)1. Standardize operation to ensure synchronized actuation
2. Fault in input channels2. Inspect buttons and wiring, replace defective parts
3. Incorrect reset mode setting3. Verify reset mode (automatic / руководство)
Frequent false tripping1. Electromagnetic interference1. Apply shielding and keep away from interference sources
2. Loose cable connections2. Retighten cables and ensure reliable connection
3. Improper synchronization window3. Confirm fixed 0.5s synchronization window (нерегулируемый)
Не удалось выполнить сброс1. Safety circuit not fully closed1. Inspect all safety input devices
2. Manual reset button not pressed2. Press reset button (under manual reset mode)
3. Internal component failure3. Replace the safety relay module

Quick Troubleshooting Guide: Check power supply first, then synchronization. For inactive contacts, inspect inputs; for false tripping, eliminate interference; for reset failure, verify the whole safety circuit.

  1. Application Environments & Отраслевые случаи

6.1 Применимые сценарии

Stamping & Bending Machinery: Presses, press brakes, shears and other metalworking equipment requiring two-hand operation

Injection & Molding Machinery: Mold area protection for injection molding machines and die-casting machines to prevent hand injuries

Assembly & Testing Tooling: Custom automated equipment with mandatory two-hand operation for operational safety

Welding & Cutting Equipment: Start-up control for welding robots and plasma cutters to avoid accidental activation

Packaging Machinery: Sealing and cutting stations with synchronized two-hand operation to protect operators

6.2 Not Recommended Scenarios

Single-button controlled equipment: Two-hand control function cannot be utilized, resulting in unnecessary cost

Outdoor harsh environments: IP40 rating is not suitable for outdoor installation

Highly corrosive environments: No anti-corrosion coating, incompatible with acid, alkali and corrosive substances

High vibration environments: Vibration exceeding 5g will shorten relay service life

6.3 Типичные случаи применения

Случай 1: Two-Hand Start Safety System for CNC Press

Приложение: Start control for 160-ton CNC press, preventing operators from reaching into the stamping zone

Конфигурация: MSR125HP (440Р-Д23171) + 2 mushroom-head two-hand buttons (mounted on both sides of machine, spacing ≥ 60cm)

Принцип работы: Both buttons must be pressed synchronously within 0.5 second to close safety contacts and start the press. The machine stops immediately once either button is released.

Effect: Complies with Category 4 / PL e standards, eliminating risks of hands entering hazardous areas during operation.

Случай 2: Mold Closing Safety Protection for Injection Molding Machine

Приложение: Mold closing control for 200-ton injection molding machine, preventing pinching injuries during part removal

Конфигурация: MSR125HP + two-hand buttons (mounted on both sides of control panel) + magnetic safety switch for safety gate

Принцип работы: Mold closing can only be initiated when the safety gate is fully closed and both buttons are pressed synchronously. Mold movement stops instantly if the gate is opened or any button is released.

Effect: Dual safety protection implemented, fully compliant with safety standards for rubber and plastics industry.

Случай 3: Two-Hand Coordinated Workstation for Automated Assembly Line

Приложение: Press-fitting station for automotive component assembly line, two-hand operation required to activate the press head

Конфигурация: MSR125HP + foot switch (auxiliary control) + two-hand buttons (main control)

Принцип работы: Activate foot switch to clamp workpieces, then press both buttons synchronously to start the press head, ensuring operators’ hands stay in safe positions.

Effect: Improves production efficiency while guaranteeing operator safety, ideal for mass production lines.

  1. Руководство по эксплуатации & Характеристики установки
  2. Two-hand button installation: Maintain a minimum spacing of 60cm between two buttons to prevent actuation with one single hand.
  3. Wiring rules: Adopt cross wiring for dual input channels to enhance fault detection capability.
  4. Reset mode selection

Автоматический сброс: System recovers automatically after fault removal, suitable for continuous production lines.

Ручной сброс: Reset button must be pressed manually, recommended for high-risk applications.

  1. Maintenance schedule: Inspect contact status and wiring every 6 months to ensure stable and safe operation.
  2. Spare parts management: Prepare one identical relay as spare part to minimize downtime caused by equipment failure.

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