1 00:00:19,375 --> 00:00:24,218 Guide to Performing Transformer Test using Instrument Module 2 00:00:23,857 --> 00:00:28,437 The instrument module is designed to serve as a user interface 3 00:00:28,228 --> 00:00:34,453 The power capacity of these modules is the same as that of the device 4 00:00:34,609 --> 00:00:46,015 with the difference that by performing the wiring only once, you can perform all the corresponding room tests in a much shorter time and with a much lower wiring error rate 5 00:00:46,484 --> 00:00:51,406 Begin by mounting the Base Module onto the front panel of the device 6 00:00:51,118 --> 00:00:58,906 Ensure that the male banana connector of the Base Module is inserted into the designated recess 7 00:00:58,692 --> 00:01:14,140 Insert three 18650 lithium-ion batteries, each with a voltage of 4.2V and a capacity of 2000mAh 8 00:01:14,531 --> 00:01:22,656 Follow the indicated orientation, with the first battery inserted on the right side and the third battery inserted on the left side 9 00:01:22,681 --> 00:01:31,718 Secure the CT Module onto the Base Module. Ensure proper alignment and firmly tighten the three mounting screws 10 00:01:31,558 --> 00:01:40,312 Activate the device by turning on the power switch. Observe the four battery charge indicators on the device 11 00:01:40,167 --> 00:01:45,703 Each indicator represents 25% of the corresponding battery's charge level 12 00:01:45,672 --> 00:01:54,843 During the battery charging process, the corresponding indicator lights will blink in accordance with the battery charge level 13 00:01:54,915 --> 00:02:01,718 Once the batteries are fully charged, all indicator lights will blink simultaneously 14 00:02:01,421 --> 00:02:11,911 Warning:Avoid Module Usage During Charging: Refrain from using the module for testing purposes while the batteries are being charged 15 00:02:12,381 --> 00:02:23,865 The primary purpose of incorporating batteries into the module is to isolate the module's power supply from the device's power supply and eliminate noise interference 16 00:02:23,889 --> 00:02:26,755 Essential Considerations: 17 00:02:26,780 --> 00:02:34,255 1. Ensure that the eye sensor of the Base Module is precisely aligned with the Error LED on the device 18 00:02:34,254 --> 00:02:41,677 2. Upon initial installation of batteries onto the module 19 00:02:41,748 --> 00:02:48,318 even if the batteries are fully charged, connect the charger to the module once to activate the module due to the defined protection protocol 20 00:02:48,343 --> 00:02:57,615 For the calibration procedure access Calibration Settings launch the software and navigate to the Settings window from the Start page 21 00:02:57,880 --> 00:03:02,927 Within the Hardware tab, click the "Calibration Instrument Apply" button 22 00:03:03,039 --> 00:03:09,021 The calibration process will commence and take approximately 5 seconds to complete 23 00:03:09,046 --> 00:03:16,786 Switch to the Transformer room and set the "Type Device" parameter to "205 AMT." 24 00:03:17,244 --> 00:03:25,927 In the "TR 205 Ver01" section, activate both the "Easy Mode" and "Accessories" options 25 00:03:26,162 --> 00:03:28,974 Module Calibration Considerations 26 00:03:28,999 --> 00:03:32,958 Module calibration is typically required only once 27 00:03:33,327 --> 00:03:40,224 Recalibration is only necessary if the device or Base Module has been replaced 28 00:03:46,240 --> 00:03:55,693 For the Capacitor Box Connections connect Cp 1 to the positive terminal of capacitor C1 in the capacitor box 29 00:03:55,781 --> 00:04:02,646 connect Cp 2 to the positive terminal of capacitor C 2 in the capacitor box 30 00:04:03,683 --> 00:04:10,225 connect Cp 3to the positive terminal of capacitor C3 in the capacitor box 31 00:04:10,250 --> 00:04:20,694 jumper the three negative terminals (C1, C2, and C3) of the capacitor box and connect them to the CapCom 32 00:04:21,005 --> 00:04:24,208 Module-to-Transformer Wiring Instructions 33 00:04:24,521 --> 00:04:34,755 As for the Primary Side Connections establish connections between the module and the transformer based on the transformer's wiring configuration 34 00:04:35,146 --> 00:04:42,802 For a transformer with an Dyn11 winding configuration, follow these connections 35 00:04:45,436 --> 00:04:56,832 Connect H1 to U1; connect VH 1 to the opposite side of the clamp connected to phase 1 on the primary side of the transformer 36 00:05:27,614 --> 00:05:41,051 connect H2 to V1; connect VH2 to the opposite side of the clamp connected to phase 2 on the primary side of the transformer 37 00:06:13,474 --> 00:06:27,240 connect H3 to W1; connect VH3 to the opposite side of the clamp connected to phase 3 on the primary side of the transformer 38 00:06:51,770 --> 00:06:54,818 Now for the secondary side connections 39 00:06:55,521 --> 00:07:07,318 Connect X1 to u2; connect Vx 1to the opposite side of the clamp connected to phase 1 on the secondary side of the transformer 40 00:07:39,896 --> 00:07:51,458 connect X2 to v2; connect Vx2 to the opposite side of the clamp connected to phase 2 on the secondary side of the transformer 41 00:08:23,162 --> 00:08:35,115 connect X3 to w2; connect Vx3 to the opposite side of the clamp connected to phase 3 on the secondary side of the transformer 42 00:09:05,506 --> 00:09:18,161 connect X0 to n2; connect Vx0 to the opposite side of the clamp connected to the neutral point on the secondary side of the transformer 43 00:09:53,117 --> 00:10:22,023 Post-Wiring Instructions: Once the wiring is complete, proceed with the remaining test procedures without considering the previous wiring configurations