Honeywell

Honeywell 8937-HN2 Modulo estensore in fibra ottica

SKU 8937-HN2

Disponibile
  • 12-month warranty
  • Free returns within 30 days
  • Manufacturer: Honeywell
  • Product No.: 8937-HN2
  • Origin United States
  • Product Type: Moduli estensori per fibra ottica
  • Barcode: 8537101190
  • Payment: T/T, Western Union
  • Weight: 0.4 kg
  • Dimensions: 7cm x 14cm x 14.5cm
  • Shipping port: Xiamen
  • Warranty: 12 months

Tags

Quantità

Product Description

Description

The Honeywell 8937-HN2 is a dedicated fiber optic extender module engineered for industrial automation and control system networks. Designed to operate as part of Honeywell control infrastructure, this module facilitates robust, high-speed data transmission between remote system nodes, controllers, and input/output architectures over extended distances where standard copper cabling is impractical or susceptible to electromagnetic interference.

This unit provides reliable conversion between electrical Ethernet signals and optical signals, ensuring secure communication across distributed plant floors and control rooms. The module is built to withstand demanding industrial environments, featuring rugged construction and standard rail-mounting capabilities designed for integration within control cabinets and marshaling panels.

Features

  • Enables long-distance optical communication for industrial control networks
  • Converts standard electrical signals to high-integrity fiber optic transmission
  • Designed for integration within Honeywell automation and DCS architectures
  • Diagnostic LED indicators for power, link status, and network traffic monitoring
  • Standard industrial form factor for efficient DIN-rail or panel mounting
  • Galvanic isolation between field networks to prevent ground loop issues

Applications

  • Distributed Control System (DCS) network backbone extension
  • Inter-cabinet communication in large manufacturing plants
  • Data transmission across high-interference electrical sub-stations
  • Remote I/O drop connection over extended industrial ranges
  • Process automation facilities requiring secure, long-span networking

Technical Specifications

Parameter Specification
Manufacturer Honeywell
Exact Model 8937-HN2
Product Type Fiber Optic Extender Module
System Compatibility Honeywell Control and I/O Architectures
Communication Interface Fiber Optic / Ethernet
Mounting Type DIN Rail / Panel Mount
Operating Temperature -40 degC to +70 degC
Country of Origin United States

Connections / Interfaces

Interface Function
Fiber Optic Ports Optical connection for transmit and receive data lines
Network Port (RJ45) Electrical Ethernet interface for local controller or switch connection
Power Terminals DC supply voltage input connections
Diagnostic LEDs Visual status indication for link, activity, and power

Installation Guidelines

  1. Verify that the part number 8937-HN2 matches system engineering requirements and documentation.
  2. Ensure all power sources to the cabinet and target backplane are de-energized before handling hardware.
  3. Inspect the module and optical connectors for dust, scratches, or physical damage prior to installation.
  4. Mount the module securely onto the designated DIN rail or panel location.
  5. Clean fiber optic patch cables and connectors according to industry standards before inserting them into the module ports.
  6. Connect the electrical network cables and DC power supply wiring to the appropriate terminals with correct polarity.
  7. Restore power and observe diagnostic LEDs to verify successful communication link establishment.
Shipping & Returns

Global Express Shipping

  • Standard Delivery: 4–6 business days via DHL, FedEx, and UPS.
  • Express Dispatch: Same-day dispatch for in-stock orders placed before 2:00 PM (GMT+8).
  • Worldwide Coverage: Serving over 150 countries.

Returns & Warranty

  • 30-Day Guarantee: Returns accepted for in-stock products in original, factory-sealed packaging.
  • 12-Month Warranty: Every industrial component is backed by our technical warranty.
FAQ
Qual è la funzione principale dell'Honeywell 8937-HN2?
L'Honeywell 8937-HN2 è un modulo estensore in fibra ottica progettato per estendere le distanze di comunicazione di rete tra controller industriali, nodi e architetture I/O utilizzando la trasmissione su fibra ottica.
Con quali ambienti di sistema è compatibile l'Honeywell 8937-HN2?
L'Honeywell 8937-HN2 è progettato specificamente per l'integrazione nelle topologie di rete dei sistemi di automazione industriale e di controllo distribuito Honeywell.
Come gestisce l'8937-HN2 le interferenze elettromagnetiche?
L'Honeywell 8937-HN2 utilizza cavi in fibra ottica per la trasmissione dei dati, intrinsecamente immuni alle interferenze elettromagnetiche e a radiofrequenza tipiche degli ambienti industriali pesanti.
Quale manutenzione è necessaria per le porte in fibra ottica dell'8937-HN2?
Le porte in fibra ottica dell'Honeywell 8937-HN2 devono essere mantenute pulite utilizzando strumenti di pulizia ottica approvati e devono essere coperte quando non sono collegate, per prevenire l'accumulo di polvere e il degrado del segnale.
Reviews

8937-HN2

Stock & lead time on request

Call
1 su 3

Honeywell 8937-HN2 Modulo estensore in fibra ottica

Only 2 item(s) left in stock
  • Manufacturer: Honeywell

  • Product No.: 8937-HN2

  • Country of origin:United States

  • Product Type: Moduli estensori per fibra ottica

  • Barcode: 8537101190

  • Payment: T/T, Western Union

  • Weight: 400g

  • Dimensions: 7cm x 14cm x 14.5cm

  • Shipping port: Xiamen

  • Warranty: 12 months

Quantità
Visualizza dettagli completi

Product Description

Description

The Honeywell 8937-HN2 is a dedicated fiber optic extender module engineered for industrial automation and control system networks. Designed to operate as part of Honeywell control infrastructure, this module facilitates robust, high-speed data transmission between remote system nodes, controllers, and input/output architectures over extended distances where standard copper cabling is impractical or susceptible to electromagnetic interference.

This unit provides reliable conversion between electrical Ethernet signals and optical signals, ensuring secure communication across distributed plant floors and control rooms. The module is built to withstand demanding industrial environments, featuring rugged construction and standard rail-mounting capabilities designed for integration within control cabinets and marshaling panels.

Features

  • Enables long-distance optical communication for industrial control networks
  • Converts standard electrical signals to high-integrity fiber optic transmission
  • Designed for integration within Honeywell automation and DCS architectures
  • Diagnostic LED indicators for power, link status, and network traffic monitoring
  • Standard industrial form factor for efficient DIN-rail or panel mounting
  • Galvanic isolation between field networks to prevent ground loop issues

Applications

  • Distributed Control System (DCS) network backbone extension
  • Inter-cabinet communication in large manufacturing plants
  • Data transmission across high-interference electrical sub-stations
  • Remote I/O drop connection over extended industrial ranges
  • Process automation facilities requiring secure, long-span networking

Technical Specifications

Parameter Specification
Manufacturer Honeywell
Exact Model 8937-HN2
Product Type Fiber Optic Extender Module
System Compatibility Honeywell Control and I/O Architectures
Communication Interface Fiber Optic / Ethernet
Mounting Type DIN Rail / Panel Mount
Operating Temperature -40 degC to +70 degC
Country of Origin United States

Connections / Interfaces

Interface Function
Fiber Optic Ports Optical connection for transmit and receive data lines
Network Port (RJ45) Electrical Ethernet interface for local controller or switch connection
Power Terminals DC supply voltage input connections
Diagnostic LEDs Visual status indication for link, activity, and power

Installation Guidelines

  1. Verify that the part number 8937-HN2 matches system engineering requirements and documentation.
  2. Ensure all power sources to the cabinet and target backplane are de-energized before handling hardware.
  3. Inspect the module and optical connectors for dust, scratches, or physical damage prior to installation.
  4. Mount the module securely onto the designated DIN rail or panel location.
  5. Clean fiber optic patch cables and connectors according to industry standards before inserting them into the module ports.
  6. Connect the electrical network cables and DC power supply wiring to the appropriate terminals with correct polarity.
  7. Restore power and observe diagnostic LEDs to verify successful communication link establishment.
Loading product navigation…

Qual è la funzione principale dell'Honeywell 8937-HN2?

L'Honeywell 8937-HN2 è un modulo estensore in fibra ottica progettato per estendere le distanze di comunicazione di rete tra controller industriali, nodi e architetture I/O utilizzando la trasmissione su fibra ottica.

Con quali ambienti di sistema è compatibile l'Honeywell 8937-HN2?

L'Honeywell 8937-HN2 è progettato specificamente per l'integrazione nelle topologie di rete dei sistemi di automazione industriale e di controllo distribuito Honeywell.

Come gestisce l'8937-HN2 le interferenze elettromagnetiche?

L'Honeywell 8937-HN2 utilizza cavi in fibra ottica per la trasmissione dei dati, intrinsecamente immuni alle interferenze elettromagnetiche e a radiofrequenza tipiche degli ambienti industriali pesanti.

Quale manutenzione è necessaria per le porte in fibra ottica dell'8937-HN2?

Le porte in fibra ottica dell'Honeywell 8937-HN2 devono essere mantenute pulite utilizzando strumenti di pulizia ottica approvati e devono essere coperte quando non sono collegate, per prevenire l'accumulo di polvere e il degrado del segnale.

Global Express Shipping

  • Standard Delivery: 4-6 Business Days via DHL, FedEx, and UPS.
  • Express Dispatch: Same-day dispatch for in-stock orders placed before 2:00 PM (GMT+8).
  • Worldwide Coverage: Serving over 150 countries, including rapid delivery to Saudi Arabia and UAE.

Returns & Warranty

  • 30-Day Guarantee: Returns accepted for in-stock products in original, factory-sealed packaging.
  • 12-Month Warranty: Every industrial component is backed by our professional technical warranty.

Orders are processed and delivered Monday-Friday (excluding public holidays).


For full eligibility, restocking fees, and international return details, please view our official Refund & Return Policy .

TECHNICAL SPECIFICATIONS

Country of origin
United States

Technical knowledge

Filtrare i segnali PLC rumorosi senza nascondere i guasti reali

Il filtraggio dell’input può stabilizzare i dati del PLC, ma un’eccessiva attenuazione ritarda gli allarmi e maschera i cambiamenti del processo. Scopri come diagnosticare il rumore, scegliere filtri...

SCR o PWM? Scegliere un azionamento per motori CC a spazzole

I sistemi di azionamento SCR e PWM regolano i motori CC a spazzole in modi diversi. Questo confronto analizza la qualità della coppia, l’intervallo di velocità, l’inversione, la frenatura, il rumore...

Come gli inverter industriali generano CA da un bus CC

Gli inverter industriali sintetizzano corrente alternata controllabile da un bus in corrente continua tramite la commutazione e il filtraggio dei semiconduttori. Questa guida illustra i ponti H, la...

Controllo della forza del robot: dal rilevamento del contatto alla stabilità del processo

Il controllo della forza consente a un robot di adattarsi al contatto invece di seguire esclusivamente la posizione. Questa guida confronta gli approcci al rilevamento, le modalità di controllo, i...

Quando la logica a livello di sensore è utile e quando nasconde i rischi

I sensori configurabili possono eseguire decisioni su finestre, latch, ritardi e logica booleana prima che i dati raggiungano un PLC. Il vantaggio è una risposta locale più rapida; il rischio...

Collegamento di GX Simulator a Factory I/O tramite OPC

Una configurazione stabile di messa in servizio virtuale Mitsubishi richiede più della semplice corrispondenza degli indirizzi. Questa guida spiega il percorso dei dati GX Simulator–OPC–Factory I/O,...