What to do if the Power LED is not lit on my Eaton Industrial Electrical?
If the Power LED is not lit on your Eaton Industrial Electrical, you should first check the polarity and integrity of the trunk cable connections to the enclosure. Also, verify that the d.c. supply powering the incoming trunk is operating correctly.
What to do if the power LED is not lit on my Eaton Control Unit?
If the power LED on your Eaton Control Unit isn't lit, verify the polarity and integrity of the trunk cable connections to the enclosure. Also, check that the d.c. supply powering the incoming trunk is operating correctly.
What to do if alarms on my Eaton Security System remain on and cannot be reset?
If alarms are set to operate from normally closed contacts and the signal supply fuse blows, all alarms will operate as though an alarm has occurred. To resolve this, check the signal supply fuse F1 (rated at 125mA), located in the top right-hand corner of the unit when viewed from the rear, to see if it has blown. Also, ensure that the inputs have been correctly set to operate from either a normally open (N.O.) or normally closed (N.C.) configuration and haven't been accidentally inverted.
How to fix the audible alarms not sounding on my Eaton Security System?
Each channel can be selected to operate either of the two integral horns / horn relays as required. Internal horns and horn relays are enabled by placing the following switches to the ON position on the SPR Card: HNA – SW5 - Position 5, HNB – SW5 - Position 6. Each pair of channels can be set to activate either of the audibles using the following switches located on each alarm module: Channel 1 & 2 HNA – SW4 Position 7 set to ON, HNB – SW4 Position 8 set to ON; Channel 3 & 4 HNA – SW6 Position 7 set to ON, HNB – SW6 Position 8 set to ON.
What to do if signal inputs that alarm and quickly return to normal are not being picked up by the Eaton Security System annunciator?
Check that the response time has been set to suit the application.
Why individual repeat relays do not act as slaves of the signal input on my Eaton Security System?
The operation of the repeat relays is selectable by the user to either follow the signal contact or to remain in the alarm state until the input has returned to normal and the operator has cleared the alarm.
How to troubleshoot a non-lit green LED for supply 1 and active power failure alarm on my Eaton Security System?
Measure the voltage on the power input terminals marked supply 1 located on the rear of the unit and verify that the level matches the requirement and is connected in the polarity indicated.
How to troubleshoot a non-lit green LED for supply 2 and active power failure alarm on my Eaton Security System?
Measure the voltage on the power input terminals marked supply 2 located on the rear of the unit and verify that the level matches the requirement and is connected in the polarity indicated.
What to do if no alarm occurs on the annunciator when the signal input contact closes or opens on my Eaton Security System?
Check that the signal supply fuse F1 rated @ 125mA, located in the top right hand corner when viewed from the rear of the unit, is in working order and check that the corresponding signal supply voltage is present on the customer terminals on the rear of the unit which can be measured between terminals OVC and any of the terminals marked C (Common) located at the top of each row of signal input terminals.
How to solve the Individual channel Repeat Relay contact is Normally Closed in the non alarm state but should be Normally Open on my Eaton Security System?
Each pair of repeat relays can be set to normally energised or normally de-energised using switches located on the Alarm Card and the contact state can also be selected as normally open or closed.
Location and power supply details for the PSU/Common Services card.
Location, interchangeability, and polarization of alarm cards.
Standard horn relays (HNA/HNB) with selectable options for channel assignment and coil state.
Standard group relays (GPA/GPB) for common alarm grouping with reflash function.
Standard watchdog relay for fault indication to third-party devices.
View dynamic input state using internal pushbuttons and LED-1.
Change input state (N/O to N/C) per channel using pushbuttons.
Monitor communication activity between SmartAlarm and 3rd party devices.
Features configurable via USB port using Eaton software.
Port for PC connection to upload/download configurations and view diagnostics.
Connection details for primary power supply (PS1) with universal input or optional 19-72VDC.
Connection details for auxiliary power supply (PS2) with universal input or optional 19-72VDC.
Standard units provide isolated +24VDC as signal supply voltage.
Customer-provided 24/48VDC signal supply connection details.
Connection details for 125V/250V customer-powered inputs.
Standard HNA & HNB relays for external horns or 3rd party devices.
Standard GPA & GPB relays for group alarming and 3rd party devices.
Configuring pushbutton inputs for group inhibit function to prevent nuisance alarms.
Using five optically coupled inputs for external momentary pushbuttons.
Placing annunciator in unattended mode to disable alarms, save power, and reduce noise.
Guidance on panel mounting using provided clamps and cut-out dimensions.
Guidelines for securing configuration software and files.
Step-by-step guide for using the Auto Detect feature in the software.
Detecting existing SmartAlarm configurations via PC connection.
Accessing advanced features and custom sequences via "View Advanced" menu.
Accessing configuration tools like Send/Receive Settings, Diagnostics, etc.
Downloading configuration changes to the annunciator.
Uploading configuration settings from the annunciator.
Checking the dynamic status of the SmartAlarm.
Fields for uniquely identifying the annunciator system for data management.
Configuring common system relays to follow groups for 3rd party devices.
Overview of integral pushbuttons for operational control and their functions.
Using external switch for inhibit function to prevent alarms in a group.
Assigning channels to inhibit groups via software.
Disabling audible and visual alarms to save power during unmanned periods.
Preventing common relays (horn, group, watchdog) from operating in Sleep Mode.
Automatic acknowledgment of alarms after a set delay to prevent noise pollution.
Automatic silencing of audible alarms after a set delay.
Defining group types like First-Up, Input, Audible, or Ring Back Audible.
Setting up Modbus RTU protocol for 3rd party device integration.
Selecting and configuring individual channels via the software interface.
Options for repeat relays per channel and available settings.
Overview of operational sequences defining visual, audible, and operator actions.
Selecting ISA sequences for defining alarm behavior per channel.
Simulating inputs to test channels, windows, and horn circuits.
Setting alarms to automatically reset after acknowledgment and input return to normal.
Alarms automatically return to non-alarm state when signal input is normal.
Visual/audible indication of cleared alarm and channel reset status.
Sequences (F0-F3) to identify the first alarm in interlinked functions.
Sequence with auto reset and first-up indication for the initial alarm.
Sequence with manual reset and first-up indication.
Sequence with auto reset and first-up indication, similar to F2M-1.
Sequence with auto reset and first-up indication, with specific visual/audible behavior.
Standard message format for Modbus RTU read requests from a master.
Standard message format for Modbus RTU read responses from a slave.
Standard message formats for single write requests and responses.
Standard message format for Modbus RTU multiple write requests.
Standard message format for Modbus RTU multiple write responses.
Process for reading coil status using Function 01.
Data returned for coil status reads, including contact, alarm, and disable status.
Process for reading status using Function 03.
Data returned for status reads, including contact, alarm, and disable status.
Process for writing multiple coils using Function 15.
Response for writing multiple coils using Function 15.
Procedure for removing and replacing cards from the annunciator.
General| Brand | Eaton |
|---|---|
| Model | Crouse-hinds series |
| Category | Lighting Equipment |
| Language | English |
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