Emerson A6740-10-9199-00091

Product Overview:
The Emerson A6740-10-9199-00091 is a specific configuration variant of the A6740-10 16-channel output relay module for the AMS 6500 Machinery Health Monitor system. This module retains all the core functionality of the standard A6740-10, including 16 configurable relay outputs, 60 input channels, Boolean logic processing, and API 670 compliance. The suffix designation indicates a specific factory configuration or ordering option that may include pre-configured settings, specific calibration, or special ordering requirements. It is designed for the IMR6500 series rack as a 10TE wide, 3U, 2-slot plug-in module for critical rotating machinery protection.

Category:

Description

Emerson A6740-10-9199-00091

Technical Specifications:

  • Brand: Emerson (AMS)
  • Model: A6740-10-9199-00091
  • Product Type: 16-Channel Output Relay Module (Configured Variant)
  • System Platform: AMS 6500 Machinery Health Monitor
  • Rack Compatibility: IMR6500 series rack (10TE wide module)
  • Module Size: 3U, 2-slot plug-in
  • Control Voltage: 13-32VDC
  • Relay Contact Load: 48V, 1A
  • Relay Type: SPDT, normally open or normally closed selectable
  • Number of Relay Outputs: 16
  • Number of Inputs: 60 (channel clear, alert, and danger)
  • Logic Expressions: Up to 30 per relay
  • Time Delay: 0-30 seconds adjustable
  • Dimensions: 60mm x 128.4mm x 160mm (W x H x L)
  • Weight: Approximately 450g (0.992 lbs)
  • Operating Temperature: 0°C to 65°C (32°F to 149°F)
  • Storage Temperature: -40°C to 70°C (-40°F to 156°F)
  • Relative Humidity: 5% to 95% non-condensing
  • Certifications: API 670 compliant

Functional Features:

  • 16 Configurable Relay Outputs: Independently configurable for protection functions
  • 60 Input Channels: Accepts clear, alert, and danger signals
  • Boolean Logic Processing: AND, OR, two-out-of-three, AND-AND-OR operations
  • Adjustable Time Delays: 0-30 seconds per relay
  • API 670 Compliance: Meets machinery protection standards
  • Hot-Swap Capability: Replaceable under power
  • Graphical Configuration: Software-guided logic setup
  • Compact Design: 3U, 2-slot form factor saves cabinet space
  • Specific Configuration: Factory-configured variant per ordering specification

Application Scenarios:

  • Critical rotating machinery protection in power generation
  • Turbine trip protection systems
  • Compressor monitoring and protection
  • Industrial machinery health monitoring
  • Refinery and petrochemical plant equipment protection

Performance Parameters:

  • Relay Outputs: 16 SPDT relays at 48V 1A
  • Logic Processing: 30 expressions per relay
  • Time Delay: 0-30 seconds
  • Input Channels: 60 discrete inputs
  • Power Consumption: Maximum 6W

Material Composition:

  • Industrial-grade electronic components
  • Mechanical relay assemblies
  • Microprocessor for logic processing
  • Communication interface circuits
  • Terminal connectors
  • Protective housing

Structural Features:

  • 3U, 2-slot plug-in form factor
  • 10TE width for IMR6500 rack
  • Front-accessible terminals
  • LED status indicators
  • Removable handle with identification plate
  • Secure locking mechanism

Working Principle:
The A6740-10-9199-00091 operates identically to the standard A6740-10, receiving 60 input signals from AMS 6500 monitoring modules, processing them through configured Boolean logic with time delays, and driving 16 relay outputs for alarm and trip functions. The specific configuration suffix may indicate pre-set parameters or special ordering options determined at the time of purchase.

Installation Requirements:

  • Install in compatible IMR6500 series rack
  • Connect relay wiring per protection system design
  • Verify control voltage within 13-32VDC range
  • Configure or verify pre-configured settings via AMS software
  • Follow standard AMS 6500 installation guidelines

Usage Precautions:

  • Verify specific configuration details associated with the 9199-00091 suffix
  • Confirm relay ratings match connected loads
  • Follow ESD precautions during handling
  • Test relay operation during commissioning
  • Document configuration settings for future reference
  • Maintain spare modules for critical applications