GE HE700GEN200 VME Interface Module
Description
Manufacture | GE |
Model | HE700GEN200 |
Ordering information | HE700GEN200 |
Catalog | Mark VI |
Description | GE HE700GEN200 VME Interface Module |
Origin | United States (US) |
HS Code | 85389091 |
Dimension | 16cm*16cm*12cm |
Weight | 0.8kg |
Details
The GE HE700GEN200 is a VME interface module designed for GE control systems and is primarily used to provide an interface to a VME bus system.
Features:
Interfaces with GE Fanuc VME racks
Configurable using dip switches
Screw type connectors on the front panel
Horner APG HE700GEN100 / HE700GEN200 uGENI VME interface modules interface with GE Fanuc VME racks.
These modules are configurable using dip switches on the board and feature screw type connectors on the front panel.
Compatible with GE systems: Seamlessly integrates with GE control systems (such as Mark VIe or other GE systems) to ensure system stability and compatibility.
High reliability: The module has high reliability and durability, suitable for long-term use in industrial environments.
Easy installation: Designed for standard VME slots, easy installation and maintenance.
Real-time data exchange: Supports real-time data exchange to ensure efficient operation of the system and timely processing of data.
Function:
VME Interface: The HE700GEN200 module is used to connect GE control systems with VME bus systems for data exchange and communication.
High Data Transfer Rate: Supports high data transfer rates, ensuring efficient and real-time data exchange with VME bus systems.
Technical Specifications:
Interface Type: Provides a VME bus interface, compatible with the VME 64x standard, supporting high-speed data transfer.
Communication protocol: Supports standard VME bus protocol, including data reading and writing, interrupt processing, etc.
Number of channels: Depending on the design, the module may support multiple data channels to meet complex communication needs.
Data transmission rate: Designed to handle high-speed data transmission and adapt to various high-demand application scenarios.
Operating temperature range: Typically operates between -20°C and 60°C, adapting to industrial environments.