To Next PageTo Next PageWhat to do if my DSC HS2128 Controller displays 'Service Required'?
If your DSC Controller displays 'Service Required', press [01] to determine the specific trouble. Other causes may include an open circuit, excessive noise detected by the wireless receiver, an auxiliary power supply trouble, an unset internal clock, or an open circuit in HSM2204 output#1. Check each of these potential issues to resolve the problem.
Why does my DSC Controller show an AC Failure?
If your DSC Controller is showing an AC Failure, verify the voltage measured across the AC terminals is between 16-18VAC. If it is not, you may need to replace the transformer.
What to do if my DSC HS2128 Controller shows 'Device Faults'?
If your DSC Controller is showing 'Device Faults', it could be due to a zone wireless supervisory trouble or a short on hardwired zones when DEOL is used. For wireless zones, ensure fire zones have a 5.6K resistor connected. For hardwired zones, ensure a 2.2K EOL resistor is connected. Check the wiring and resistors to resolve the issue.
How do I troubleshoot a 'Bus Voltage Trouble' on my DSC Controller?
If you're experiencing a 'Bus Voltage Trouble' on your DSC Controller, it means the 2-way wireless integration module has detected a voltage less than 6.3V on its aux input. Ensure the voltage at the module is higher than the documented limits and that the wire run isn't too long. Check the voltage of the panel battery. Disconnect AC and allow the panel to run on battery power to see if the trouble clears.
What does it mean when my DSC Controller displays 'Device Low Battery'?
If your DSC Controller displays 'Device Low Battery', it indicates that one or more wireless devices has a low battery. Verify zone operation, and check that the tamper and low battery condition is cleared and reported. You can view which device is in low battery through the [*][2] menu.
Why is my DSC Controller showing a 'Device Tamper' error?
If your DSC Controller is showing a 'Device Tamper' error, it means an open circuit is present on one or more zones with DEOL resistors enabled. Check that the tamper switch is securely attached to the wall. Remove the wire leads from I/O and COM and measure the resistance of the wire leads. Connect a 5.6K resistor across the I/O and COM terminals to resolve the issue.
What does 'RF Delinquency' mean on my DSC HS2128?
If your DSC Controller displays 'RF Delinquency', it means the HSM2HOST has not received a supervisory signal from a wireless device for 20 minutes. To resolve this, try opening/closing the device, pressing a key on the keypad, or tampering/restoring it. Ensure the device is physically present and check for device faults like a low battery. Check the current signal strength and during the last 24 hours. You may need to replace the battery or the device.
What does 'Module Supervisory' mean on my DSC HS2128 and how to fix it?
If your DSC Controller is showing a 'Module Supervisory' message, it indicates that there is no supervisory response from an enrolled module. Modules are immediately enrolled and supervised, so if a module is removed or the keypad slot is changed, module supervision must be reset. View the event buffer to identify the specific module(s) in trouble. To reset module supervision: Enter programming section [902]. Select auto or manual enrollment. Enter programming section [903] to identify modules connected to the Corbus.
What causes a 'Communications' error on my DSC HS2128?
A 'Communications' error on your DSC Controller indicates that the phone line voltage at TIP, RING on the main panel is less than 3VDC. Measure the voltage across TIP and RING on the panel: It should be approximately 50VDC with no phone off-hook and approximately 5VDC with any phone off-hook. Try wiring the incoming line directly to TIP and RING. If the trouble clears, check the wiring or the RJ-31 phone jack.
General| Wi-Fi | No |
|---|---|
| Number of simultaneously connected devices (max) | 128 |
| Control type | - |
| Product color | Blue |
| Number of door/window sensors | 0 pc(s) |
Details the items to check for in the package before proceeding with the installation of the alarm equipment.
Offers guidance on choosing an appropriate and safe location for installing the alarm controller.
Outlines critical safety measures that must be followed during the installation process.
Describes the PowerSeries Neo alarm panel, its features, and available models.
Lists the capabilities of the PowerSeries Neo alarm controller, including zones, access codes, and programmable outputs.
Details the modules and compatible devices that can be used with the alarm controller.
Outlines the sequence of steps required for a successful alarm system installation.
Provides instructions for the physical mounting and installation of the alarm controller.
Explains the wiring requirements and guidelines for connecting modules and devices.
Lists the essential configuration tasks to perform after the initial installation.
Details the process of enrolling optional modules and devices into the system.
Describes how partitions divide the system into independent operational areas.
Describes how to configure keypads to control individual or global partitions.
Describes the various methods available for arming and disarming the system.
Explains the difference between single partition keypads and global keypads.
Explains how to create custom labels for system identification, partitions, zones, and modules.
Explains how keypads have programmable function keys that can be configured for specific actions.
Outlines the different methods available for programming the alarm system.
Provides descriptions of all alarm controller options programmable by the installer.
Describes zone programming options, including zone types and attributes.
Details how installers program the installer, master, and maintenance codes.
Worksheets for programming system, zone, partition, and command output labels.
Covers programming various timers for the alarm system, including bell cutoff and entry/exit delays.
Worksheets for programming installer, master, and maintenance codes.
Worksheets for programming PGM outputs, including partition assignment and timers.
Outlines the steps for testing the alarm system's functionality.
Explains how to use the keypad to view and identify system troubles.
Lists the trouble indications displayed on keypads and their detailed descriptions.
Explains the meaning of Contact ID digits for specific signal information.
Describes the SIA communication format used by the product.
Defines the meaning of Contact ID and SIA zone alarm/restore event codes.
Details FCC compliance requirements and potential interference issues.
Lists the standards the product complies with for UL/ULC installations.
Provides specific installation requirements for ULC residential fire and burglary systems.
Details UK compliance requirements and notification options.
Wiring diagram for UL/ULC installations of specified models.
Guidelines for wiring zones with SEOL or DEOL resistors.
Details the wiring for the bell output terminals, including current limitations and NFPA 72 requirements.
Provides wiring instructions for Programmable Output Modules (PGMs).
Details the supported zone types, attributes, and expansion capabilities.
Specifies the number of access codes and variations.
Power supply specifications for North American models.
Details battery specifications, capacity, lifespan, and charging.
Offers guidance on the placement and installation of smoke detectors.
Provides guidance on developing and rehearsing a family escape plan.
