T8314 ICS TRIPLEX Trusted Datasheet & Technical Manual

Trusted Fibre TX/RX Units | ICS TRIPLEX T8314

Trusted Fibre TX/RX Units | ICS TRIPLEX T8314

Disponibilidad: 20 Quedan en stock

ICS TRIPLEX T8314 Trusted Fibre TX/RX Unit The ICS TRIPLEX T8314, also cataloged as the T8314 Trusted Fibre TX/RX Unit,...

Código: T8314

Manufacturer: ICS Triplex
Product No.: T8314
Product Type: Trusted Fibre TX/RX Units
Product Origin: USA
Payment:T/T, Western Union
Weight: 300g
Shipping port: Xiamen
Warranty: 12 months

Descripción Reseñas

ICS TRIPLEX T8314 Trusted Fibre TX/RX Unit

The ICS TRIPLEX T8314, also cataloged as the T8314 Trusted Fibre TX/RX Unit, operates as a dedicated hardware component for long-distance serial data transmission within Trusted TMR safety systems. The module converts internal backplane electrical signals into optical signals to enable data links to a remote expander chassis situated up to 10 km away.

Layout Choice Selection: Layout 1

Hardware Specifications

Parameter	Specification
Model	T8314
Brand	ICS TRIPLEX (Rockwell Automation)
Origin	USA
Weight	0.3 kg (Shipping Weight: 2 kg)
Dimensions	84 x 110 x 40 mm
Operating Temp	-20 deg C to +50 deg C (natural convection), -20 deg C to +70 deg C (forced air)
Power Consumption	Low power consumption configuration (exact wattage not specified)
Product Type	Trusted Fibre TX/RX Units
Input Voltage	24 VDC (Dual inputs via diode ORed circuit)
Connector Type	Square Connector (SC) type interface for two fibres (Tx and Rx)
Transmission Range	Up to 10 km maximum distance
Mounting Type	DIN-rail mounting installation layout
Relative Humidity	0% to 95% RH, non-condensing
Storage Temperature	-40 deg C to +85 deg C
Safety Compliance	Certified to IEC 61508 SIL 3

Safety Instrumented System Execution

The ICS TRIPLEX T8314 functions as the primary physical media converter interface supporting a triple modular redundancy (TMR) 2oo3 architecture across isolated chassis groups. Dual 24 VDC inputs configured through an internal diode ORed power supply architecture guarantee independent path availability, preventing a single point of electrical failure from interrupting the remote expansion link. The integrated optical transceiver logic delivers high galvanic isolation between the local backplane and remote field locations, eliminating ground potential shifts and cross-talk propagation. If signal degradation occurs over the 10 km optical path, the integrated diagnostic watchdogs communicate link dropouts directly to the host controller to trigger a deterministic fail-safe state execution.

Frequently Asked Questions

Q: How does the internal diode ORed circuit configuration prevent power supply faults?

A: The circuit hosts two independent 24 VDC supply inputs routed through blocking diodes, ensuring the module maintains uninterrupted data transmission if one source feed experiences a short-circuit or sudden voltage loss.

Q: What specific interface connector standard is required for the fiber optic link?

A: The module interface utilizes industry-standard Square Connector (SC) duplex ports, requiring one dedicated optical fiber cable for transmission (Tx) and a separate fiber line for reception (Rx).

Q: Can an individual T8314 unit undergo active replacement while parallel chassis branches are operational?

A: Yes. The hardware consists of independent units that support rapid online maintenance procedures, permitting physical module swaps without dropping the communications or execution loops of adjacent chassis chains.

Field Installation Guidelines

DIN-Rail Mounting Integrity: Fasten the unit securely onto a standard TS35 DIN rail, verifying that the mechanical locking clips latch completely to prevent loose connections under high-vibration conditions.
Fiber Connector Inspection: Clean all SC type fiber ferrule faces using dust-free industrial optical wipes prior to insertion, and verify that the Tx and Rx lines align correctly with the target remote chassis ports.
Bend Radius Restrictions: Route all incoming and outgoing fiber optic patch cables inside the panel wire ducts using a minimum bend radius dictated by cable specifications to avoid micro-bend signal attenuation.
Diode Supply Separation: Source the dual 24 VDC power connections from separate physical distribution breakers to optimize the functional redundancy provided by the internal diode ORed network.

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