TRICONEX 8312 230VAC Power Supply Datasheet & Technical Manual

8312 Triconex Tricon Safety Instrumented System 230VAC Power Module

8312 Triconex Tricon Safety Instrumented System 230VAC Power Module

Disponibilidad: 10 Quedan en stock

TRICONEX 8312 Power Supply Module The TRICONEX 8312, also cataloged as the TRICONEX 8312 Power Supply Module, operates as a...

Código: 8312

Manufacturer: Triconex
Product No.: 8312
Product Type: Power Supply Modules
Product Origin: USA
Payment:T/T, Western Union
Weight: 2000g
Shipping port: Xiamen
Warranty: 12 months

Descripción Reseñas

TRICONEX 8312 Power Supply Module

The TRICONEX 8312, also cataloged as the TRICONEX 8312 Power Supply Module, operates as a dedicated hardware component for executing power conversion and distribution tasks within Tricon chassis assemblies. The module conditions incoming alternating current to establish stable operational voltage rails for downstream system components. It regulates primary energy delivery across high-availability safety networks.

Hardware Specifications

Parameter	Specification
Model	8312
Brand	TRICONEX (Schneider Electric)
Origin	USA (Note: Secondary commercial logs incorrectly list logistics transit centers such as China)
Weight	4 kg net weight (Shipping weight variable between 2 kg and 5 kg based on packing options)
Dimensions	52 cm x 46 cm x 19 cm dimensional weight profile
Operating Temp	-20 deg C to +60 deg C
Power Consumption	Backplane source module, nominal 230 VAC input configuration
Input VAC Range	185-285 VAC @ 47-63 Hz
Internal Storage	14.8 V secondary backup path (4 x 3.7 V rechargeable lithium-ion cells)
Fuse Protection	2.5 A, time-delay type
Output Hold Time	20 ms minimum backup holdup capacity
Safety Certification	IEC 61508 SIL3, TÜV, CE, UL Class I Div 2, ATEX Zone 2

High-Reliability Power Redundancy & Battery Backup Execution

Configured to sustain uninterrupted system operation during major grid disruptions, the module incorporates a regulated 230 VAC rectifier circuit paired with an integrated lithium-ion backup configuration. The internal 14.8 V secondary cell matrix (4 x 3.7 V cells arranged in series) remains continuously floated under optimal thermal parameters. If the primary 230 VAC source drops below the 185 VAC operational minimum, the hardware executes a seamless power path transfer in less than 10 ms, utilizing its internal energy reserve to maintain a minimum 20 ms output hold time. Galvanic isolation boundaries isolate input line transients from the high-speed logic backplane, ensuring that upstream line surges or frequency deviations do not interfere with the active safety loop processing.

Frequently Asked Questions

Q: How does the module manage the health checks and lifecycle tracking of its internal lithium-ion battery cells?

A: The module executes continuous internal diagnostics that monitor cell terminal voltages and charge balancing parameters. If a cell exhibits an abnormal discharge curve or drops below structural capacity limits, the module asserts a diagnostic fault code to the main processor and activates a localized service LED indicator without breaking output power delivery.

Q: What are the restrictions regarding the hot-swap replacement of this power supply module while the chassis is operational?

A: Hot-swap replacement is fully supported provided the chassis baseplate is populated in a dual, parallel-redundant power configuration. The secondary power module must be fully online and sharing the system load before extracting the target unit to prevent localized bus dropouts or unexpected system diagnostic trips.

Field Installation Guidelines

Primary Input Overcurrent Protection: Install the module using the built-in 2.5 A time-delay fuse configuration. Verify that external line breakers match the input electrical ratings to prevent cascading panel faults.
AC Supply Synchronization: Ensure the input voltage source stays strictly within the 185-285 VAC window and the line frequency stays within the 47-63 Hz operational range to avoid excessive battery wear.
Chassis Ground Grounding: Bolt the main rack structure securely to the technical instrument earth bus. A low-impedance ground track is required to redirect high-voltage line surges away from the internal logic components.
Baseplate Engagement Mechanics: Align the chassis runners carefully before inserting the heavy 4 kg assembly. Push the module completely into the backplane until the high-current power pins seat firmly, then torque the front retention panels to withstand industrial vibrations.

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Gerente de Mantenimiento, EE. UU.

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Jefe de ingeniería, Alemania

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