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GE IS215WECAH1B | Mark VIe Controller Board | CE/UL Certified

Original price was: $2,688.00.Current price is: $2,188.00.

Parameter Specification
System Series GE Mark VI / Mark VIe Speedtronic
Board Type VME / CompactPCI Controller Processor Module
Microprocessor Architecture High-performance industrial embedded processor
Operating Power Consumption 24V DC nominal (backplane supplied, max 5A draw)
Cooling Methodology Natural convection via vertical rack airflow
Memory Configuration Flash memory and DRAM volatile/non-volatile mix
Category: SKU: IS215WECAH1B Tag:

Description

1.Unboxing & Physical Snapshot

  • Model & Brand: General Electric (GE) Mark VIe Speedtronic Series (IS215WECAH1B Controller Module)
  • Physical Dimensions: Approximate enclosure footprint of 210 mm x 100 mm x 35 mm (single-slot card configuration).
  • Estimated Shipping Weight: 0.95 kg (2.1 lbs) box gross weight.
  • What’s in the Box: IS215WECAH1B processor card, metallized anti-static (ESD) shielding bag, security tamper seal, and factory conformity documentation.

    2.Product Introduction

    Slots directly into the CompactPCI (CPCI) VME backplane of standard Mark VIe control cabinets, anchoring the localized processing tier of large-scale turbine automation frameworks. This hardware module communicates across internal high-speed buses to orchestrate real-time logic execution without relying on sluggish auxiliary translation layers.

Engineers depend on authentic processor modules to maintain precise clock synchronization across distributed node clusters. Substituting unauthorized gray-market alternatives risks introducing microcode timing jitter—which disrupts critical safety loops during transient load shedding events.

3.Core Technical Specifications

Parameter Specification
System Series GE Mark VI / Mark VIe Speedtronic
Board Type VME / CompactPCI Controller Processor Module
Microprocessor Architecture High-performance industrial embedded processor
Operating Power Consumption 24V DC nominal (backplane supplied, max 5A draw)
Cooling Methodology Natural convection via vertical rack airflow
Memory Configuration Flash memory and DRAM volatile/non-volatile mix
Communication Interface Dual RJ-45 Ethernet ports (Unit Data Highway / UDH)
Serial Diagnostic Ports COM1 / COM2 RS-232C setup interfaces
Operating Temperature Range 0°C to +60°C (+32°F to +140°F)
Relative Humidity Tolerance 5% to 95% non-condensing
  1. Global Compliance & Industry Certifications

    Regulatory bodies mandate rigorous documentation before permitting operation inside high-consequence energy generation facilities.

  • CE Mark: Fulfills European Union directives regarding electromagnetic compatibility and low-voltage electrical safety.
  • UL/cUL Listed: Confirms compliance with North American industrial control panel standards.
  • ATEX / IECEx: Required for installation within explosive gas atmospheres (Class I Div 2 hazardous locations)—which stops electrical arcs from igniting volatile hydrocarbons.
  • Marine Certification (DNV GL): Authorizes deployment aboard offshore drilling platforms and floating production vessels.

The UL listing guarantees internal component spacing withstands standard impulse voltage tests. Verify specific lot certifications with OEM documentation before commissioning.

5.Long-Term Storage & Asset Preservation Guide

Spare electronic inventory deteriorates if warehouse environments lack humidity control. Protect this circuit card using strict preservation protocols.

  • Leave the processor board inside its original metallized anti-static (ESD) shielding bag until the exact minute of physical rack insertion.
  • Maintain storage room relative humidity strictly below 60% to prevent micro-corrosion on the gold-plated backplane connector pins.
  • If storage exceeds a 24-month window, review maintenance records regarding electrolytic capacitor voltage reforming to prevent dielectric breakdown upon initial energization.

    6。Physical Installation Prerequisites

    Correct cabinet layout ensures adequate thermal dissipation across the anodized heatsink components. Maintain a minimum vertical clearance of 50 mm above and below the rack chassis to facilitate natural thermal convection. Tighten the front panel captive screws completely against the metal rack rails to establish a solid low-resistance chassis ground path. Route low-voltage ethernet cables away from high-power variable frequency drive feeds to eliminate electromagnetic interference.

  1. Buyer’s FAQ (Logistics & Compliance Focus)