Related Products:
DS3800HRMB1G1D,
DS3800HRMB1J1G,
DS3800HRMB1K1G,
DS3800HRMB1L1J,
DS3800HRMB1M1J,
DS3800HRMB1N1L
About the DS3800HRMB
The GE Battery ROM Board DS3800HRMB is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The board is populated with 1 40-pin connector embedded on the board. The GE Battery ROM Board DS3800HRMB is populated with 1 reset toggle switch. The board is also populated with 7 jumpers, and 1 20-pin connector. The analog/digital converter is a component embedded on the board. It converts the analog signals to a digital format. The digital format is used for signal processing throughout the drive.
The reset toggle switch on the GE Battery ROM Board DS3800HRMB can be used to resolve problems if the board appears to have intermittent processing errors or is suddenly having unexplained irregular processing issues. While the drive is still operational and receiving current, the servicer can move the toggle switch to start the reset function. Only a servicer can use the toggle switch because the current in the drive can cause a serious shock or electric burn. The servicer is trained to avoid touching other components in the drive while using the switch.
Also, the servicer understands that it is best practice to have 2 individuals perform any work on the drive. If 1 servicer is injured the other individual can call for help, administer first aid, or assist in other ways. If necessary the assisting servicer can throw the emergency shutoff device. This will shut off all power to the drive and it is located within easy reach of the drive for use during an emergency.
DS3800HRMB1G1D
The GE Battery ROM Board DS3800HRMB1G1D is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The board is populated with 1 40-pin connector embedded on the board. The GE Battery ROM Board DS3800HRMB1G1D is populated with 1 reset toggle switch. The board is also populated with 7 jumpers, and 1 20-pin connector. The analog/digital converter is a component embedded on the board. It converts the analog signals to a digital format. The digital format is used for signal processing throughout the drive.
The 40-pin connector is located between the retention levers on the front edge of the board. This provides the operator with easy access to the ribbon cable. The ribbon cable originates in another board or component in the drive and it terminates with a plastic connector. The connector carries the 40 separate controls signals to the board. The connector also is equipped with retention latches. They swing over the connector and clip into place to restrain the connector. This keeps the ribbon cable from accidentally losing contact with the board. To remove the ribbon cable, first swing the retention latch over the connector. Then, perform the same action for the other retention latch.
Cabling routing requires some special consideration. The drive requires air to flow freely inside the drive and the ribbon cable must not block the airflow through the drive. Route the cable away from the center of the drive interior and instead route the cable along the side walls.
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DS3800HRMB1J1G
The GE Battery ROM Board DS3800HRMB1J1G is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The board is populated with 1 40-pin connector embedded on the board. The GE Battery ROM Board DS3800HRMB1J1G is populated with 1 reset toggle switch. The board is also populated with 7 jumpers, and 1 20-pin connector. The analog/digital converter is a component embedded on the board. It converts the analog signals to a digital format. The digital format is used for signal processing throughout the drive.
The GE Battery ROM Board DS3800HRMB1J1G is installed in a drive that contains high-voltage electricity. Because of the risk of injury, consider the following actions to take before you start any service or maintenance actions on the drive.
The maintenance schedule for the drive requires some maintenance activity every 6 months. The drive should be removed from all sources of electricity. Only then can the servicer safely touch the components in the drive. Inspect all bolts that secure the motor and tighten any that seem loose. Follow the specifications concerning the amount of torque to apply to the bolts. Clean away any dust, dirt, or grease on the motor or other moving parts. Tug all cables to test the connections to terminals. If any seem loose, tighten the terminals. Inspect the moving parts and remove any loose bolts, screws, or other metal objects. Look for worn insulation on cables and replace the cables, if necessary.
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DS3800HRMB1K1G
The GE Battery ROM Board DS3800HRMB1K1G is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The board is populated with 1 40-pin connector embedded on the board. The GE Battery ROM Board DS3800HRMB1K1G is populated with 1 reset toggle switch. The board is also populated with 7 jumpers, and 1 20-pin connector. The analog/digital converter is a component embedded on the board. It converts the analog signals to a digital format. The digital format is used for signal processing throughout the drive.
The GE Battery ROM Board DS3800HRMB1K1G is also populated with 1 electrically erasable programmable read-only memory (EEPROM) module. The module can be erased amd updated with the latest firmware. This might be necessary if the replacement board is a later version of the board. The later version might be needed to take advantage of the features and functions found on the new version of the GE Battery ROM Board DS3800HRMB1K1G. The latest firmware and instruction code might also contain fixes to problems reported on the board. It will also have updates to improve the reliability of the code and firmware.
The replacement board comes without modules. The sockets are empty and you must install the modules. You can remove the module from the old board and install it in the replacement board. Insert a screwdriver under the module and lift up to remove it. Press the module in the socket to install it in the new board.
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DS3800HRMB1L1J
The GE Battery ROM Board DS3800HRMB1L1J is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The board is populated with 1 40-pin connector embedded on the board. The GE Battery ROM Board DS3800HRMB1L1J is populated with 1 reset toggle switch. The board is also populated with 7 jumpers, and 1 20-pin connector. The analog/digital converter is a component embedded on the board. It converts the analog signals to a digital format. The digital format is used for signal processing throughout the drive.
The reset toggle switch is a useful tool for troubleshooting the board. A servicer can use the reset toggle switch to restart the board without turning off the power to the drive or the board. This makes the procedure quick and easy. It reduces the restart time which increases the productivity of the drive. If the board suddenly has occasional problems or undefined errors occur, it might be that the control signals received by the board are out of sequence or contaminated. This can happen because of interference in the cables or a slight electrical power variation.
Only a trained and qualified servicer should work inside the drive with the power on. Only a trained servicer will understand the danger of touching components in the drive while the power is on and that serious injury that can result.
Carefully reach into the drive and only touch the toggle switch. Then move the switch as indicated on the board and wait a few seconds.
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DS3800HRMB1M1J
The GE Battery ROM Board DS3800HRMB1M1J is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The board is populated with 1 40-pin connector embedded on the board. The GE Battery ROM Board DS3800HRMB1M1J is populated with 1 reset toggle switch. The board is also populated with 7 jumpers, and 1 20-pin connector. The analog/digital converter is a component embedded on the board. It converts the analog signals to a digital format. The digital format is used for signal processing throughout the drive.
The GE Battery ROM Board DS3800HRMB1M1J is populated with multiple read-only (ROM) modules that store the programing code used by the microprocessors that control the activity in the drive. The microprocessors are found on other boards in the drive. The microprocessors access the ROM modules through the modular connectors located at 1 end of the board. When you install the board in the drive, the modular connector meets the modular connector at the end of the board rack. The retention levers are located at the opposite end of the board. They fit into slots on the rack and when you press them into place, the cam action presses the modular connectors together and the control signals can pass to the board. Also, the control signals can be transmitted from the board to other components in the drive. The 40-pin connector also carries control signals.
The modular connectors also carry the high-voltage current that powers the board.
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DS3800HRMB1N1L
The GE Battery ROM Board DS3800HRMB1N1L is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The board is populated with 1 40-pin connector embedded on the board. The GE Battery ROM Board DS3800HRMB1N1L is populated with 1 reset toggle switch. The board is also populated with 7 jumpers, and 1 20-pin connector. The analog/digital converter is a component embedded on the board. It converts the analog signals to a digital format. The digital format is used for signal processing throughout the drive.
The dc to dc voltage regulator is a large and heavy component on the board. It generates heat and so requires special consideration with you install the board. Always use 2 hands to lift the board and to position the board in the drive. Make sure the board is securely install in the board rack. The board is locked in the rack with the retention levers. Make sure they are fully engaged and that the board does not move in the board rack.
Make sure the drive is installed in an location that is cool and dry. Make sure the air is free of excessive dust and dirt. This will help keep the dc to dc voltage regulator from overheating and keep the drive with the recommended temperature range. If the temperature is out of range an overtemp trip condition can shut down the drive automatically. Make sure you resolve the issue before powering on the drive. Check to ensure the air vents are free of blackages.
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