IS200DAMAG1BBB

Overview

The IS200DAMAG1BBB is a Gate Drive Amplifier/Interface Board from GE. It is part of GE's industrial automation product portfolio.

Application & Technical Notes

As a gate drive amplifier/interface board, the IS200DAMAG1BBB is intended for deployment in panel-based control cabinets and machine enclosures where the GE product portfolio equipment is installed. It regulates the speed, torque and position of an AC motor to match the process demand while protecting the mechanical train.

Specific electrical and mechanical ratings depend on the exact configuration and suffix of the part; the original datasheet should be consulted for the definitive specification.

Maintenance & Diagnostics

Maintain clearances for cooling, back up the motor parameter file, and verify the thermal setting matches the driven load. Always de-energise the circuit and follow lock-out/tag-out before handling; refer to the official instruction bulletin for service procedures.

Sourcing & Procurement

When sourcing the IS200DAMAG1BBB, distinguish three supply tiers: (1) genuine GE stock from an authorised distributor; (2) compatible equivalents or surplus/NOS (new-old-stock) from third parties; (3) alternative parts offering equivalent function. Genuine supply carries the full warranty and traceability; compatible or alternative items may be cheaper but should be validated for form, fit, firmware and certification before use in a live system. PLCXpert publishes this page as an independent reference and does not sell the part — verify every claim with the manufacturer or your distributor.

Match the drive rating, supply voltage and motor parameters, and confirm the option cards and communication profile required by the application. Lead times and pricing vary by region and lifecycle status; obtain a current quote from an authorised channel rather than relying on stale listings.

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Frequently Asked Questions

Specifications

SPECIFICATIONS Part Number: IS200DAMAG1BBB Manufacturer: General Electric Series: Drive Control Function: Inverter card No.of Gate Driver Power Supply Pins Six No.of Connectors: 12 DAMA Variants: 6 Frame: 620 No.of Drive Monitors: 4 (UON, UFF, LON, and LFF) Powerrex IGBT Used: CM1000HA-28H LEDs: DS1, DS3, DS2 DS4 Availability: In Stock Manual: GEI-100262 Country of Manufacture: United States (USA) Functional Description IS200DAMAG1B is an inverter card developed by General Electrics. It is a part of GE drive control system. It is designed to work with a single IGBT module for the upper phase leg and a single IGBT module for the lower phase leg. These are typically Powerrex CM1000HA-28H IGBTs. This boards are intended to connect directly to the Bridge Personality Interface board as well as the IGBT's gate, emitter, and collector terminals. This is a Gate Drive Amplifier and Interface Board for the Innovation Series 620 frame low voltage drives. General Electric Mark VI Speedtronic systems for the management of gas and steam turbines included innovation drives. The module operates with a single IGBT module for the upper phase leg and a single IGBT module for the lower phase leg. They are typically Powerrex CM1000HA-28H IGBTs. DAMA boards are intended to link directly to the Bridge Personality Interface board as well as the IGBT's gate, emitter, and collector terminals. Features It features a dual in-line memory module (DIMM) socket for storing parameters, an Ethernet port for communication, a status indicator LED, and a built-in firmware upgrade function. The inverter card is also equipped with power semiconductors, gate drivers, and protection circuitry for controlling the flow of electrical power in the drive system. The card is designed for use in high-power applications, with a voltage rating of up to 690 volts and a current rating of up to 1700 amperes. The Gate Driver Amplifier and Interface Board is one of six variants. The Gate Driver Amplifiers and Interface Boards are used to connect power-switching devices (IGBTs) to the main control rack. The drive power rating is the identifier used to determine which variation of the DAM_ it is. The model has a drive power rating of six hundred and twenty frames. This board is used to amplify the current used to issue the culminating gate drive for the main drive's power bridge's on phase leg. When using this model, a fixed number of boards are used per drive. The board has three boards per drive, but only one board is used per phase leg. When this board is connected to the emitter, IGBT gate, collector terminals, and the Bridge Personality Interface control rack, it will connect directly to all of these. The board is modest, with only a few components installed. Four LED indicators are included (DS1 through DS4). These LEDs are either green or yellow and light up in the following patterns: When the higher IGBT is turned on, DS1 (yellow) turns on, while DS3 (green) turns off. For the bottom IGBT, DS2 (yellow) and DS4 (green) follow the same pattern. A 12-pin vertical connector and a 6-pin vertical connector are also included on the boards. Product Attributes Robust Design: Built to withstand harsh industrial environments, with a rugged construction and high resistance to temperature, vibration, and humidity. Versatile Functionality: The inverter card can be programmed and customized to meet the specific needs of various motor control applications. Easy Installation: The card is easy to install and can be integrated with other components in the Innovation Series drive, allowing for seamless system configuration and operation. Advanced Diagnostics: Includes advanced diagnostics features, providing detailed information on motor performance and status, which can be used for maintenance and troubleshooting purposes. High Compatibility: The inverter card is compatible with various types of AC motors, making it suitable for a wide range of industrial applications. Application Data The boards connect directly the IGBT gate, emitter, and collector terminals and to the control rack's BPIA Bridge Personality Interface (BPIA) board. The boards contain no fuses, testpoints, or configurable items. Powerrex IGBT: CM1000HA-28H No.of board per drive: 3 (1 per phase leg) Frame: 620 IGBT per phase leg (3 phase legs per drive): 1 Single IGBT module for upper phase leg, 1 singleIGBT module for lower phase leg. LED indicators DS1 (UON - Yellow): This LED indicator, labeled DS1, is used to indicate the state of the upper power switch or upper power circuit. When the upper power switch or circuit is turned on and actively conducting current, the DS1 LED illuminates, emitting a yellow light. It signifies that the upper power section is in an active state and functioning properly. DS3 (UFF - Green): The DS3 LED indicator, labeled DS3, is used to indicate the state of the upper power switch or upper power circuit when it is turned off. When the upper power switch is in the off state or not conducting current, the DS3 LED lights up, emitting a green light. It provides visual confirmation that the upper power section is inactive and not actively supplying power. DS2 (LON - Yellow): The DS2 LED indicator, identified as DS2, is used to indicate the state of the lower power switch. When the lower power switch or circuit is turned on and actively conducting current, the DS2 LED illuminates, emitting a yellow light. It signifies that the lower power section is in an active state and functioning properly. DS4 (LFF - Green): The DS4 LED indicator, labeled DS4, is used to indicate the state of the lower power switch or lower power circuit when it is turned off. When the lower power switch is in the off state or not conducting current, the DS4 LED lights up, emitting a green light. It provides visual confirmation that the lower power section is inactive and not actively supplying power. Gate Driver Power Supply P15L: Represents the positive power supply voltage for the lower gate driver. It provides a +15 V direct current (dc) power to the lower gate driver circuit. This voltage level is crucial for enabling the proper operation of the lower gate driver and facilitating the control signals needed to drive the lower power devices effectively. N7L: Refers to the negative power supply voltage for the lower gate driver. It supplies a -7.5 V dc power to the lower gate driver circuit. This negative voltage is necessary to establish the appropriate biasing and voltage levels required for reliable and efficient gate control of the lower power devices. It ensures the proper functioning of the lower gate driver. P15U: Signifies the positive power supply voltage for the upper gate driver. It delivers a +15 V dc power to the upper gate driver circuit. Similar to the P15L, this voltage level is vital for facilitating the control signals and gate driving requirements of the upper power devices, ensuring their optimal performance and operation. N7U: Denotes the negative power supply voltage for the upper gate driver. It supplies a -7.5 V dc power to the upper gate driver circuit. This negative voltage plays a critical role in establishing the necessary biasing and voltage levels for effective gate control of the upper power devices. It enables reliable and efficient operation of the upper gate driver. Third-Party Connectivity GSM supports turbine control commands, data and alarms, alarm silence, logical events, and contact input sequence of events records with a resolution of 1 ms. One of three methods can be used to connect the system to the plant's DCS: Modbus link from the RS-232C port of the HMI Server to the DCS A high-speed Ethernet link at 10 Mbaud using the Modbus over TCP/IP protocol A high-speed Ethernet link at 10 Mbaud using the TCP/IP protocol and an application layer known as GEDS Standard Messages (GSM) Fault Detection A system with redundancy may be less reliable than a system without redundancy. The system must be capable of detecting and reporting faults so that they can be repaired before a forced outage occurs. Fault detection is required to ensure that a component or group of components is functioning properly. One or more of the following methods are used to detect faults. Process operator inspection; Equipment operator inspection. Special hardware circuits for operation monitoring Hardware and software watchdogs Logic in software Heartbeats in software There are numerous potential failure points in complex control systems. To create foolproof fault detection, this can be very expensive and time consuming. The failure to control a system's outputs is the most dangerous. To achieve the highest level of reliability, fault detection must be determined as close to the output as possible. The Mark VIe provides a high level of detection and fault masking by voting the outputs of all three controllers and monitoring discrepancies using triple redundant controllers and I/O modules.

Reproduced from the manufacturer's published data. Values marked "Not available" are absent from the source document.

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