1 00:00:18,810 --> 00:00:25,158 A Guide for Performing CB Test Connections Using the Instrument Module 2 00:00:25,635 --> 00:00:29,761 The Instrument Module is designed as a user interface 3 00:00:29,786 --> 00:00:36,984 The power of these modules is the same as the device, with the difference that with a single connection 4 00:00:36,937 --> 00:00:44,761 you can perform all relevant tests in a shorter time and with significantly lower connection error rates 5 00:00:45,635 --> 00:00:50,158 First, install the Base module on the front panel of the device 6 00:00:50,635 --> 00:00:55,873 so that the male pins of the Base module fit into the shown section 7 00:00:56,349 --> 00:01:01,984 Then, install three batteries with the specifications of Lithium-ion 8 00:01:02,222 --> 00:01:13,492 18650, 4.2 volts, 2000 mAh, from right to left as shown 9 00:01:13,810 --> 00:01:21,269 Place the relevant module, which in this test is the CT module, on the Base module 10 00:01:21,667 --> 00:01:27,460 Tighten the three screws of the transformer module and then turn on the module 11 00:01:27,721 --> 00:01:35,793 You will see 4 sections indicating the battery charge percentage, where each section represents 25% battery charge 12 00:01:36,190 --> 00:01:45,158 Also, when connecting the battery charger to the module, the corresponding section will start flashing according to the battery charge percentage 13 00:01:45,635 --> 00:01:50,873 When the battery is fully charged, all sections will start flashing 14 00:01:51,349 --> 00:01:56,984 Warning: Do not use the module for tests while the batteries are charging 15 00:01:57,143 --> 00:02:06,984 The reason for using batteries on the module is to isolate the module's power supply from the device's power supply and to eliminate noise 16 00:02:08,260 --> 00:02:10,878 A few important points to note: 17 00:02:11,990 --> 00:02:20,164 1. The optical sensor of the Base module must be completely aligned with the device's Error light 18 00:02:21,117 --> 00:02:26,355 2. The first time the batteries are installed on the module 19 00:02:26,593 --> 00:02:36,196 even if they are fully charged, you need to connect the charger to the module once due to the defined protection to turn the module on. 20 00:02:36,514 --> 00:02:43,021 Now, to perform calibration, enter the Settings window from the software's start page 21 00:02:43,339 --> 00:02:52,307 click on Apply Calibration Instrument in the Hardware tab, and after 5 seconds, the calibration will be completed 22 00:02:52,783 --> 00:02:59,212 Enter the CB Room, set the Device Type to 205AMT 23 00:02:59,379 --> 00:03:08,577 and in the Accessories section, set the Version Mode Easy to CB _205_ Ver 01 24 00:03:09,371 --> 00:03:20,482 Note that module calibration is only necessary once and should only be performed again if the device or the Base module has been replaced 25 00:03:22,863 --> 00:03:28,021 For connection, if using the device's internal power supply 26 00:03:27,941 --> 00:03:33,259 connect the Close output of the module to the Close coil of the switch 27 00:03:33,346 --> 00:03:42,386 Open to the Open coil, and Com to the common part of the Open and Close coils of the switch 28 00:03:44,132 --> 00:03:52,942 Additionally, for connecting the switch contacts to its test module, you will need two sets of six voltage and current cables 29 00:03:53,101 --> 00:04:00,085 Each switch contact must have one voltage wire and one current wire connected to the module 30 00:04:01,593 --> 00:04:12,291 For example, from contact L1of the switch, connect one voltage wire named L1 and one current wire named IL1 to the module 31 00:04:12,530 --> 00:04:25,386 and similarly, from contact L1N of the switch, connect the voltage wire L1N and the current wire I L1N to the module 32 00:04:25,546 --> 00:04:28,720 The same connection applies to other contacts 33 00:06:00,270 --> 00:06:12,174 On the switch test module, the M+, SH+, and SH- outputs are also used according to the existing connections in the Current Motor test