What to do if GE Entelli-Switch 250 Control Panel engine does not start?
If the GE Control Panel engine doesn't start, there are a couple of potential causes. First, the engine start wires might not be properly terminated; in this case, check the engine start connections. Second, the generator might be in the OFF position; investigate why the Engine Control Switch was turned off.
Why GE Control Panel ATS will not transfer to SOURCE 2?
If the GE Control Panel ATS won't transfer to SOURCE 2, it could be due to a few reasons. The SOURCE 2 voltage or frequency might not be within acceptable parameters, so check the Engine Start Connections, Generator Breaker, Generator Output, and Engine Control Switch. Alternatively, the power supply connector might be unplugged, so ensure it is plugged in. Finally, the W timing cycle might not be complete, so check the WTimer setting.
What to do if GE Entelli-Switch 250 engine does not stop?
If the GE Control Panel engine doesn't stop, there are a few things to check. The U timing cycle might not be complete, so check the U timer setting. Also, the engine start wires might not be terminated correctly, so check the engine start connections. Finally, the generator might be in MANUAL, so place the generator in AUTO.
Why GE Control Panel ATS will not transfer to SOURCE 1?
If the GE Control Panel ATS won't transfer to SOURCE 1, it might be because the DW timing cycle is not complete. In this case, check the DWTimer setting.
What does 'S1 OK Time Remaining _ _ _ _ Bypass' mean on GE Entelli-Switch 250 LCD Display?
If the GE Control Panel LCD Display shows 'S1 OK Time Remaining _ _ _ _ Bypass', it indicates that the T timing cycle is not complete. Check the TTimer setting.
What does 'ATS Open Time Remaining _ _ _ _' mean on GE Entelli-Switch 250 Control Panel LCD Display?
If the GE Control Panel LCD Display shows 'ATS Open Time Remaining _ _ _ _', it means the TD timing cycle is not complete. Check the DTTimer setting.
General| Brand | GE |
|---|---|
| Model | Entelli-Switch 250 |
| Category | Control Panel |
| Language | English |
Highlights DANGER, CAUTION, and WARNING statements regarding electrical hazards.
Details procedures for inspecting equipment for damage and proper storage.
Provides a step-by-step checklist before energizing the transfer switch.
Guides the user through the initial power-up and voltage verification process.
Explains the wiring for engine start control signals.
Warns about specific accessories and potential unintended generator starts.
Continues the steps for initial power-up and verification.
Advises disconnecting control plugs during hi-pot testing.
Details the wiring for control circuits and connections to the microprocessor.
Describes the main microprocessor board and its I/O capabilities.
Explains the user interface elements on the controller door.
Details the purpose of the R/T box for voltage control and isolation.
Explains how to navigate menus and use the LCD and keypad.
Details user-configurable settings for Source 1 voltage and frequency.
Details user-configurable settings for Source 2 voltage and frequency.
Defines various accessories from 6P up to L4.
Defines accessories including CDT, CTAP, DS, DT, DW, E, EL/P, F, HT, K, K/P, L, LNP, L1-L4.
Defines accessories from M1 (Amp Meters) to R16 (Phase Rotation Sensing).
Defines accessories R26 (Interruptable Power Rate) and R50 (In Phase Monitor).
Defines accessories S5P (Auto/Semi Manual), S12P, S13P, S14.
Defines switches (SW1-SW3) and time delay T for Source 1.
Defines T3/W3 (Elevator Pre-Signal), U (S2 Stop Delay), UMD (Load Disconnect).
Defines VI (Voltage Imbalance), W (Time Delay S2), YEN, ZNET.
Step-by-step guide to setting the system clock, time, and date.
Explains the two modes of operation for the CDT Exerciser.
Guides on how to configure and set parameters for the Timer Exerciser.
Instructions for starting and scheduling exercise cycles.
Procedures for bypassing current or future exercise events.
Describes the function of the CDP Clock Exerciser for load or no-load tests.
Steps for configuring and setting up the CDP Clock Exerciser.
Instructions on how to bypass exercise events for the CDP Exerciser.
Explains how to turn options ON or OFF using the CFG menu.
Instructions for entering the six-digit access code.
Details the function of terminal blocks J2 and J4 for inputs and outputs.
Provides information on the lithium battery and service contact details.
Guides on changing adjustable values via the SET menu.
Instructions for entering the six-digit access code for settings.
Details the function of terminal blocks J2 and J4 for inputs and outputs.
Provides information on the lithium battery and service contact details.
Explains how to view system data and operational status.
Instructions for entering the six-digit access code to view system info.
Details the function of terminal blocks J2 and J4 for inputs and outputs.
Provides information on the lithium battery and service contact details.
Lists displayed parameters like voltage, frequency, exerciser status, and system info.
Highlights safety warnings and recommendations before performing tests.
Provides an overview of the testing section and its purpose.
Describes the available test options: Auto Position and Test Position.
Details the steps for performing ATS tests, including options like XFR LOAD, FAST TEST.
Explains the sequence of operation for a standard transition test.
Explains the sequence of operation for a delayed transition test.
Explains the sequence of operation for a closed transition test.
Reiterates the danger of hazardous voltages during testing.
Outlines steps for emergency service during extended parallel time.
Details procedures for ZBTSCT switch in auto and test locations.
Describes the operational sequence for standard source transitions.
Describes the operational sequence for delayed source transitions.
Describes the operational sequence for closed source transitions.
Explains the R/T box for standard transition and its components.
Identifies components for 40-225A and 40-3000A R/T boxes.
Explains the R/T box for delayed/closed transition and its components.
Provides the wiring schematic for the standard transition R/T box.
Provides the wiring schematic for the delayed/closed transition R/T box.
Reiterates the danger of hazardous voltages during troubleshooting.
Provides a systematic approach to identifying and resolving common faults.
Guides users on how to use troubleshooting charts and LED indicators.
Highlights safety warnings and recommendations before maintenance.
Details procedures for inspecting and cleaning the transfer switch.
Provides guidance on servicing parts and lubrication.
Outlines the general process for testing the transfer switch.
To Next Page
