What to do if the Honeywell POL-200-TS Other screen flashes or switches off?
If the screen flashes or switches off, the battery loading level may be inadequate, so check it. Alternatively, the batteries may be damaged, in which case, replace them.
How to troubleshoot an inverse wiring fault on Honeywell POL-200-TS Other?
To identify where the loop negative is incorrectly connected to the loop positive, or vice versa, break the loop into sections.
What to do if the device tags disappear or a question character appears on Honeywell POL-200-TS Other?
If device tags disappear or a question mark appears, it could be due to several reasons. Check that the loop conditions meet Honeywell requirements. Try replacing the device and check again. Also, check for possible noise on the line. Record the information and check the possibility of cycles that are not carried out correctly, of excessive current, etc.
What to do if lower case letters appear in auto-learn on my Honeywell POL-200-TS Other?
If lower case letters appear during auto-learn, it indicates that the selected loop protocol does not match the loop devices. Check the protocol selected in the Configuration.
What to do if no devices appear on Honeywell Other?
If no devices appear, verify that you have not selected Advanced protocol instead of CLIP protocol. Also, check that the loop is connected to the input, 'IN' of the POL-200-TS device.
What to do if there is no data recorded in my *.MNA, *.MNC and/or *.DAT files on Honeywell Other?
If there is no data recorded in your *.MNA, *.MNC and/or *.DAT files, remove or delete old files, as they may be taking up the available memory space.
Explanation of safety pictograms used in the manual.
Information on the proper disposal of electrical and electronic equipment.
Detailed specifications including power, autonomy, dimensions, and operating temperatures.
Declaration of compliance with European directives and relevant standards.
Instructions for charging the device's battery correctly and safely.
Guidance on connecting loop cables to the device's spring-loaded terminals.
Overview of the device's home screen and navigation to functions.
Steps to change the device's display language via the configuration menu.
How to adjust device settings like date, time, and theme.
Using the multimeter function to check line impedance, voltages, and current.
Identifying and mapping sensors/modules on the loop using CLIP or Advanced protocols.
Selecting devices for continuous monitoring in CLIP mode with detailed information.
Visualizing the loop wiring map and device positions for CLIP or Advanced protocols.
Recording loop data and maintenance information into text files.
The Honeywell POL-200-TS is an analogue loop diagnostic tool designed for the preliminary check of loop device installations compatible with Notifier control units. This device features a color touch screen display and is compatible with both CLIP/ADVANCED protocols from Notifier, offering additional multimeter and oscilloscope functions.
The POL-200-TS simplifies initial wiring tests and allows for the export of data to PK-8200 software, which includes information on detected device types. Its user-friendly interface and one-touch functions enable operation even while wearing gloves. The mapping function, which uses loop isolators, helps verify the loop cabling topology. The screen can display manufacturing dates and detailed information about sensors, inputs, and outputs, as well as identify equipment status or internal faults.
The log function creates a file containing the status and data of each loop device, facilitating accurate system operation control by anticipating and recording maintenance tasks. These saved files can be easily downloaded via USB without special software, allowing for retrieval, review, checking, and configuration of the system. Both the device and the log file include the serial number and manufacture date (month/year) of each device. The multimeter validates wiring and identifies connection problems, while the oscilloscope function helps identify electrical noise.
The tool recognizes sensors and modules on the loop before powering the fire alarm control panel (FACP). It is compatible with CLIP (Classic Loop Interface Protocol) for up to 99 sensors and 99 modules, and the Advanced or Opal protocol for up to 159 sensors and 159 modules. The auto-programming menu identifies the number and type of connected sensors or modules. The reading cycle can be continuous or single-cycle, scanning all positions to find connected devices.
The POL-200-TS reports short-circuit fault conditions (indicated by a lightning icon) and reverse polarity wiring (indicated by a diode icon). It can also quickly identify the total number of devices connected to the loop. The multimeter function allows checking line impedance, resistance, inductance, and capacitance values, as well as ground values. It also displays voltages (0V, 5V, 24V) and consumption, helping to identify drifts, short circuits, faulty elements, or inadequate system devices.
The "Map" function visually checks the loop wiring map. If isolators are correctly wired, the POL-200-TS activates them and displays a graph. It provides a device map for CLIP or Advanced protocols, with device positions potentially changing based on the protocol. The "Sample" option allows users to select a list of devices for continuous monitoring with detailed information in CLIP mode for addresses below 99. The "Event Recording" function allows selected values from the self-programming screen to be recorded in a text file, with options for "Only selected items," "Full loop," and "Maintenance."
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