GW INSTEK GPT-10000 series AC/DC/IR/GB Electrical Safety Analyzer Owner’s Manual

: August 31, 2024
: GW INSTEK

GW INSTEK GPT-10000 series AC/DC/IR/GB Electrical Safety Analyzer

Specifications:

Meets IEC 61010-2-034 design requirements
High accuracy and high-resolution testing performance
Flexible supplementary testing mechanism
Statistic and analysis capabilities
Sweep and tabular automatic test
Barcode function for test conditions management
Setting data export/import mechanism for test condition consistency
Complete test data retrieval interface with USB storage function

Product Usage Instructions

Safety Considerations:

The product includes double insulation for input and output voltages, safe output/warning mechanism, and a post-test discharge mechanism to ensure user safety during operation.

High Accuracy Testing Performance:
The GPT-10000 Series provides various test functions with high accuracy and reliability. Users can perform insulation resistance, electric strength, ground bond, and continuity grounding tests with resolution and current options.

Flexible Supplementary Testing Mechanism:
Testing period timing is crucial to avoid the impact of high-rated test voltage on the Device Under Test (DUT).

Statistics and Analysis:
The product offers statistical analysis to record test functions and results. Users can analyze distributions, identify defects, and improve manufacturing processes based on data.

Sweep and Tabular Automatic Test:
The product supports a sweep function and tabular automatic test for efficient testing procedures.

Barcode Function:
Users can manage test conditions through barcode settings and execution, ensuring correct conditions are applied to each DUT.

Setting Data Export/Import Mechanism:
To maintain consistency in test conditions, users can export/import settings using a USB flash drive, enabling rapid deployment of production lines.

Complete Test Data Retrieval Interface:
The product allows users to store test results on a USB drive for further analysis, enhancing usability and data management.

Frequently Asked Questions

Q: Can the GPT-10000 Series support multiple types of tests?
A: Yes, the GPT-10000 Series supports various safety tests including insulation resistance, ground bond, continuity grounding tests, among others.
Q: How can I analyze the test results using the statistic function?
A: The statistic function records test functions and judgment results for analysis. You can understand the quality of the batch based on data distributions and identify any defects for process improvement.

FEATURES

DC12kV Output and 200VA/S00VA AC Test Capacity (S00VA short circuit current>200mA)
7″ TFT LCD
Comply with IEC 61010-2-034 Design Requirement
Manual Test Mode/Auto Test Mode
RMS Current Measurement
Zero Crossing Turn-on Operation
Controllable Ramp-up & Ramp-down Time
Statistics & Analysis Function
Capacitive Load Testing Capability up to 47µF
Sweep Function for DUT Characteristic Analysis
Convenience Listed AUTO Mode Easy to Read Result and Judge
Internal Storage and USB Storage Available
Barcode Function Available
Setting Data Export/Import
Rear Panel Output Available
Standard Interface: RS-232C, USB Host/Device and Signal 1/0
Optional Interface: GPIB or LAN
Universal Power Input

INSTRUCTION

GW Instek introduces the flagship model (high voltage DC 12kV output and 500VA/200VA output capacity) safety analyzer-the GPT-10000 series, which is the first safety analyzer in the world to comply with IEC 61010-2-034 (Safety requirement for the electrical requirement for measurement, control and laboratory use – particular requirements for measurement equipment for insulation resistance and test equipment for electric strength), which stipulates that the requirements of the software and hardware interfaces must be followed while designing high voltage and insulation resistance test and measurement instruments so as to ensure that users are provided with necessary protection and warning while using the instruments.
The GPT-10000 series safety analyzer has nine models: GPT-15012 supports DC withstanding test and insulation resistance test; GPT-15004 and GPT-12004 feature AC/DC withstanding voltage test, insulation resistance test, AC ground bond test and continuity test; GPT-15003 and GPT-12003 conduct AC/DC withstanding voltage test, insulation resistance test, and continuity test; GPT-15002 and GPT-12002 carry out AC/DC withstanding voltage test and continuity test; GPT-15001 and GPT-12001 execute AC withstanding voltage test and continuity test. The entire series utilizes a highly efficient PWM amplifier to effectively exclude the influence from the fluctuating input voltage or distorted waveforms to guarantee a stable high-voltage output while conducting AC withstanding voltage test on the DUT to meet the safety regulations such as IEC, EN, UL, CSA, GB, JIS that demand the test requirements for various electronic/electrical products or parts.
To comply with IEC 61010-2-034 requirements, the series takes into account of safety by adopting the double insulation design for input power supply and output voltage to enhance user safety. Additionally, the retracted on-off switch design (START key) and various (optional) mechanisms for test activation (for instance, press and hold for 1 second to activate, activation by pressing double keys, etc.) are incorporated into the series to avoid accidentally touching that results in high voltage/large current output causing damage and danger to products or users. High illumination LED lights (flashing or permanently lit) and a high volume audial indicator are included in designing the series to provide warnings of the status of the ongoing tests or judgment results from the safety analyzer. On top of that, the DUT will be automatically discharged to the safe voltage (approximately 30V) after each test to prevent large residual test voltage from causing harm to users.
The series utilizes 7-inch color TFT LCD and inherits the consistent simplicity key design style of the product family to allow users to experience easy operations and a clear observation of the test results. Among the series, GPT-15012 supports high DC withstanding voltage test up to DC 12kV, and the major test functions of other models include AC withstanding voltage test (AC 5kV), DC withstanding voltage test (DC 6kV), insulation resistance test (DC 50V~5000V), ground bond test (AC 32A), and grounding continuity test (DC 100mA fixed).The series also collocates with superb output adjustment resolution, measurement resolution (AC withstanding voltage: 1 A; DC withstanding voltage: 0.1μμA; insulation resistance: 0.1M ; ground bond: 0.1MΩ;Ω continuity test: 0.01Ω), controllable voltage ramp up and ramp down time settings, and upper/lower limit judgment settings, and large capacitance test capability (up to 47uF) for DUT with large capacitance such as surge absorber and large capacitance on the input terminal of EMC/EMI prevention. For Insulation resistance, provides 10mA pre-charged current (fixed) to first rapidly fully charge the DUT’s capacitive load and then to conduct test and measurements to avoid misjudgment from fluctuating inrush current. All the above features of the series facilitate a more flexible execution of the required tests so that users can obtain accurate test and measurement results.
The statistic function is the highlight of the series. Test items, number of tests, and judgment results are recorded after testing and the test results can be shown by bar graph on the display. Users can immediately learn the status of product tests and judgment distribution during the manufacturing process without using a PC. The other strong feature is the sweep function, which can be used for the analysis on the product’s crash point. Users can use the sweep mode to see the curve diagram of the test results after finishing the functional tests. Users can also select any time point during the process to analyze the relation between voltage and current (when ACW or DCW is selected). The test result of a certain period can be swept by setting start and stop time points to analyze the relation between voltage and current under that time frame. Furthermore, the tabular continuity test function can combine 10 manual memory sets to carry out automatic tests or 9 manual memory sets with one connection device to connect next automatic test to increase the test items of the continuity test. Users can obtain various test values and judgment results without switching to a different display screen.
Other functions and features of the GPT-10000 series include 100 sets of manual tests as well as 100 sets of auto-test memory for the storage of different test conditions and the saved test conditions can be exported to another GPT-10000 through USB flash drive to quick replication and expansion of production line equipment; barcode scanner can be conducted to the front panel USB host of GPT10000 for managing test condition of DUT and then be able to quick and correctly recall required test condition; rear output terminal for system integration; front panel remote control terminal mount/rear panel Signal I/O for users to conveniently control the analyzer’s output/stop based upon the requirements. The USB storage function allows test results to be stored in the USB flash drive or internal memory to save the trouble of using a PC, and the function is conducive to the follow-up data analysis. For users with the requirements of PC control and test results recording, the series also provides RS-232C, USB and option GPIB or LAN.ts of PC control and test results recording, the series also provides RS-232C, USB and option GPIB or LAN.

MEETS IEC 61010-2-034 DESIGN REQUIREMENTS

Providing the markets with safe electronic products is the responsibility of every manufacturer! Similarly, safety analyzer that tests whether electronic products meet safety regulations must attach the importance to the safety it provides! GPT-10000 Series is the world’s first safety analyzer to comply with IEC 61010-2-034 (Safety requirement for electrical requirement for measurement, control and laboratory use – particular requirements for measurement equipment for insulation resistance and test equipment for electric strength). Apart from this, the safety considerations also include double insulation for input and output voltages, safe output/warning mechanism, post-test discharge mechanism, etc. to ensure user safety during the operation.

HIGH ACCURACY AND HIGH-RESOLUTION TESTING PERFORMANCE

For production tests and characteristic verification, the GPT-10000 Series provides a withstand voltage test voltage (AC 5kV/DC 6kV) that can be adjusted in 1V steps with current measurement resolutions up to 1μA
(ACW) or 0.1μA (DCW) to realize the small leakage current measurement for products or components. In addition, the insulation resistance test voltage can be adjusted in 50V steps from a DC output range of 50V to 5000V, and the resistance measurement resolution can reach 0.1MΩ. Since most safety regulations require AC power supply for ground bond test, the GPT-10000 Series provides 8Vac (open) and 3A to 32Aac current for ground bond test with a resistance measurement resolution of 0.1mΩ. The entire series provides the continuity grounding test function with a 100mAdc (fixed) test source and a measurement resolution of 0.01Ω to detect if the tested equipment is correctly grounded. With these functions, users can perform various safety tests and verifications with high accuracy and reliability.

FLEXIBLE SUPPLEMENTARY TESTING MECHANISM

To make tests compliant with the test requirements of relevant safety regulations, the GPT-10000 Series provides a more flexible output sequence setting starting from the start point of the test. Taking the AC/DC withstand voltage test as an example, the initial voltage can be set. Users determine the initial voltage ratio (i.e., the ratio of the rated test voltage), and then the voltage ramp up can also be set to reduce the risk of insulation breakdown or damage to the DUT caused by transient high voltages. After the rated test voltage is reached, the upper/lower limit judgement window, delay judgment and test timer mechanism can be set to assist users to conduct tests smoothly and correctly. The new voltage ramp down time setting allows users to test with a ramp down voltage to avoid the impact of excessively high rated test voltage to instantaneous discharge on the DUT.
With respect to the insulation resistance test, other than the newly added grounding mode to perform test in accordance with the actual grounding state of the DUT, the setting mechanism of the supplementary upper/lower limit judgement is also added to shorten the test time. The user-definable mode mechanisms include: STOP ON FAIL: The test is terminated as soon as the FAIL setting is met; STOP ON PASS: The test is terminated as long as the PASS setting is met, or TIMER: judgement is conducted when the timer time is reached.

STATISTIC AND ANALYSIS

The GPT-10000 Series provides the statistic function, which can record the test functions and judgment results in the temporary storage area (60,000 lots max.). Users can immediately learn the test of each function during the test without using a PC. The distribution of the good products can be analyzed to understand the quality of the batch based on the data. If most of them fall at the critical point that is close to be categorized as defect product, the results can be found in the test process in time so as to improve the manufacturing process and stop the defect products from entering the markets to ensure the reliability of products after leaving the factory.

SWEEP AND TABULAR AUTOMATIC TEST

The GPT-10000 Series features a unique sweep function, which displays a curve diagram of the test results of the DUT. Test readings are recorded point by point based on the applied test voltage or current and relevant settings (such as initial voltage, ramp up time, test time, or ramp down time). After the test is completed, users can learn the amount of applied energy (voltage or current) at a specific time point and the results of measurement parameters by moving the cursor position so as to help users understand the changes of the measurement parameters (current or resistance) during the test. The function can also be used to determine the critical break down of the DUT. With respect to the automatic test function, each automatic test has up to 10 manual test items and all related settings and result judgement are presented in a table, so that users can easily obtain the results of all test items at a time. Other than that, if there are multiple automatic test connection requirements, uses only need to select CON in the last item of the table to automatically connect the automatic measurement of the next position (such as AUTO-012 ~ AUTO-013)

BARCODE FUNCTION

GPT-10000 Series supports the connection mechanism of the barcode machine. Users can manage the test conditions of each DUT through the use and setting of the barcode machine, which is especially suitable for mixed-type production lines. By scanning the barcode of the DUT, GPT- 10000 Series can automatically reveal the corresponding test conditions, which can avoid using wrong conditions and causing damage to the DUT.

SETTING DATA EXPORT / IMPORT MECHANISM

In order to expedite the deployment of the production line and achieve the consistency of test conditions, GPT-10000 Series provides a mechanism that can replicate test conditions. Users only need to set test conditions for one unit, and all settings can be copied via a USB flash drive. Other than the rapid setting of consistent test conditions, it can also avoid the difference while conducting settings.

COMPLETE TEST DATA RETRIEVAL INTERFACE

In order to facilitate users to analyze the results of the safety test, GPT-10000 Series provides the USB storage function in addition to its own statistic and analysis functions. When a USB is inserted and the storage function is activated, each time the test button (START) is pressed, the test results of all tests (every manual or automatic test item) are automatically saved to the USB in the form of a text file (txt) for follow-up analysis. When there is no USB flash drive available, users can turn on the internal memory storage function (up to 30,000 lots) to store the results of each test in theinternal memory first, and then transfer them to an external device via a USB flash drive when available. Besides, the entire series is equipped with RS-232C and USB device (GPIB or LAN is optional) for easy retrieval of test data and results by connecting a PC.

USER DEFINED SIGNAL I/O

For interface connections, the GPT-10000 Series offers external control or a variety of remotely connected ports such as a signal I/O port that can be used to connect an external controller or PLC. The signal I/O’s output signal pins can be self-defined so as to collocate with various PLC control requirements.

PANEL INTRODUCTION

Start & Stop Button
Function Selection Key
7″ LCD Display
Navigator Key
Status Indicator (PASS/FAIL)
Wheel & Test Mode key
USB Host
REMOTE Terminal
Hi-Voltage Output Terminal & Indicator
Current Output Terminal & Return
Rear Output Terminal & Indicator
Series Port (RS-232C/USB device)
Signal I/O
GPIB or LAN (optional)

SELECTION GUIDE

Note : GPT-15000 Series ACW short current > 200mA

APPLICATIONS

Safety Testing of Electrical Product in Manufacturing
- Power Cord
- Home Appliances
- Information Technology Equipment Medical Equipment
- Household and Similar Electrical Appliances Luminaires
- Audio, Video and Similar Electronic Apparatus
Quality Assurance Verification
Safety Standard Compliance Pre-qualification in R&D

SPECIFICATIONS

MODEL	GPT- 15012	GPT-15000 Series	GPT-12000 Series

AC WITHSTANDING
Output-Voltage Range|

Maximum Rated Current

| 500 VA (5kV/100mA)

100mA (0.5kV<V ≦ 5kV);10mA (0.05kV ≦ V ≦ 0.5kV)

| 200 VA (5kV/40mA)

40mA (0.5kV<V ≦ 5kV);10mA (0.05kV ≦ V ≦ 0.5kV)

Output-Voltage Waveform| Sine wave| Sine wave
Output-Voltage Frequency| 50 Hz / 60 Hz selectable| 50 Hz / 60 Hz selectable
Voltage Regulation

Voltmeter Accuracy

| ±(1% + 5V) [maximum rated load — no load]

±(1% of reading + 5V)

| ±(1% + 5V) [maximum rated load — no load]

±(1% of reading + 5V)

Current Measurement Range| 1μA~100.0mA| 1μA~40.00mA
Current Best Resolution| 1μA / 10μA / 100μA| 1μA / 10μA
Current Measurement Accuracy

Current Offset

| ±(1.5% of reading + 30μA)

60μA Maximum

| ±(1.5% of reading + 30μA)

60μA Maximum

Window Comparator Method| Yes| Yes
ARC Detect| Yes| Yes
RAMP UP (Rise Time)| 0.1s~999.9s| 0.1s~999.9s
RAMP DOWN (Fall Time)| 0.0s~999.9s| 0.0s~999.9s
*TIMER (Test Time) WAIT TIME**

GND

| OFF, 0.3s~999.9s

0.0s~999.9s

ON/OFF

| OFF, 0.3s~999.9s

0.0s~999.9s

ON/OFF

Maximum Rated Current

Voltage Regulation

| 120W (12kV/10mA)

10mA (0.5kV< V ≦12kV);

2mA (0.05kV≦ V ≦0.5kV)

±(1% + 5V) [maximum rated load — no load]

| 100W (5kV/20mA)

20mA (0.5kV< V ≦ 6kV);

2mA (0.05kV ≦ V ≦ 0.5kV)

±(1% + 5V) [maximum rated load — no load]

| 50W (5kV/10mA)

10mA (0.5kV< V ≦ 6kV);

2mA (0.05kV ≦ V ≦ 0.5kV)

±(1% + 5V) [maximum rated load — no load]

Current Offset

Window Comparator Method

| ±(1.5% of reading + 30μA) when I Reading 1mA

5μA Maximum Yes

| ±(1.5% of reading + 30μA) when I Reading 1mA 5μA Maximum

Yes

| ±(1.5% of reading + 30μA) when I Reading 1mA

5μA Maximum Yes

ARC Detect| Yes| Yes| Yes
RAMP UP (Rise Time)| 0.1s~999.9s| 0.1s~999.9s| 0.1s~999.9s
RAMP DOWN (Fall Time)| 0.0s~999.9s| 0.0s~999.9s| 0.0s~999.9s
**TIMER (Test Time)*| OFF, 0.3s~999.9s| OFF, 0.3s~999.9s| OFF, 0.3s~999.9s
WAIT TIME GND**| 0.0s~999.9s

ON/OFF

| 0.0s~999.9s

ON/OFF

| 0.0s~999.9s

ON/OFF

INSULATION RESISTANCE| (Firmware version: V.1.06 or later)| (Firmware version: V.1.06 or later)| (Firmware version: V.1.12 or later)
Output Voltage

Output-Voltage Resolution

| 50V~5000V dc

50V

| 50V~5000V dc

50V

| 50V~5000V dc

50V

Output-Voltage Accuracy| ±(1% of setting + 5V) [no load]| ±(1% of setting + 5V) [no load]| ±(1% of setting + 5V) [no load]
Resistance Measurement

Test Voltage Display Range

| Measurement Range / Accuracy| Measurement Range / Accuracy|
50V ≦ V ≦ 100V 0.001M Ω~ 10.00G Ω

150V ≦ V ≦ 450V 0.001M Ω~ 20.00G Ω

| 0.1MΩ~1MΩ:±(5% of reading+3count); 1.1MΩ~50MΩ:±(5% of reading+1count); 50.1MΩ~2GΩ:±(10% of reading+1count)| 0.1MΩ~1MΩ:±(5% of reading+3count); 1.1MΩ~50MΩ:±(5% of reading+1count); 50.1MΩ~2GΩ:±(10% of reading+1count)| 0.1MΩ~1MΩ:±(5% of reading+3count); 1.1MΩ~50MΩ:±(5% of reading+1count); 50.1MΩ~2GΩ:±(10% of reading+1count)
500V ≦ V ≦ 1200V 0.001M Ω~ 50.00G Ω| 0.1MΩ~1MΩ:±(5% of reading+3count); 1.1MΩ~500MΩ:±(5% of reading+1count); 500.1MΩ~9.999GΩ:±(10% of reading+1count); 10GΩ~50GΩ:±(20% of reading+1count)| 0.1MΩ~1MΩ:±(5% of reading+3count); 1.1MΩ~500MΩ:±(5% of reading+1count); 500.1MΩ~9.999GΩ:±(10% of reading+1count); 10GΩ~50GΩ:±(20% of reading+1count)| 0.1MΩ~1MΩ:±(5% of reading+3count); 1.1MΩ~500MΩ:±(5% of reading+1count); 500.1MΩ~9.999GΩ:±(10% of reading+1count); 10GΩ~50GΩ:±(20% of reading+1count)
1250V ≦ V ≦ 5000V 0.001M Ω~ 50.00G Ω| 0.1MΩ~1MΩ:±(5% of reading+3count); 1.1MΩ~500MΩ:±(5% of reading+1count); 500.1MΩ~9.999GΩ:±(10% of reading+1count); 10GΩ~50GΩ:±(15% of reading+1count)| 0.1MΩ~1MΩ:±(5% of reading+3count); 1.1MΩ~500MΩ:±(5% of reading+1count); 500.1MΩ~9.999GΩ:±(10% of reading+1count); 10GΩ~50GΩ:±(15% of reading+1count)| 0.1MΩ~1MΩ:±(5% of reading+3count); 1.1MΩ~500MΩ:±(5% of reading+1count); 500.1MΩ~9.999GΩ:±(10% of reading+1count); 10GΩ~50GΩ:±(15% of reading+1count)
Voltage Regulation| ±(1% + 5V) [maximum rated load — no load]| ±(1%

5V) [maximum rated load — no load]| ±(1% + 5V) [maximum rated load — no load]
Voltmeter Accuracy| ±(1% of reading + 5V)| ±(1% of reading + 5V)| ±(1% of reading + 5V)
Short-Circuit Current| 10mA max.| 10mA max.| 10mA max.
Output Impedance| 2kΩ| 2kΩ| 2kΩ
Window Comparator Method| Yes| Yes| Yes
RAMP UP (Rise Time)| 0.1s~999.9s| 0.1s~999.9s| 0.1s~999.9s
RAMP DOWN (Fall Time)| 0.0s~999.9s| 0.0s~999.9s| 0.0s~999.9s
*TIMER (Test Time) WAIT TIME**| 0.3s~999.9s

0.0s~999.9s

| 0.3s~999.9s

0.0s~999.9s

| 0.3s~999.9s

0.0s~999.9s

GND| ON/OFF| ON/OFF| ON/OFF
GROUND BOND
Output- Current|

| 03.00A~32.00A ac| 03.00A~32.00A ac
Output-Current Resolution

Output-Current Accuracy

| 0.01A

3A ≦ I ≦ 8A:±(1% of reading+0.2A);

8A<I ≦ 32A:±(1% of reading+0.05A)

| 0.01A

3A ≦ I ≦ 8A:±(1% of reading+0.2A);

8A<I ≦ 32A:±(1% of reading+0.05A)

ON/OFF

| Four Terminal

ON/OFF

CONTINUITY TEST
Output- Current

Ohmmeter Measurement Range

|

| 100mA dc (fixed) 0.10Ω~ 70.00Ω| 100mA dc (fixed) 0.10Ω~ 70.00Ω
Ohmmeter Measurement Resolution

Ohmmeter Measurement Accuracy

| 0.01Ω

±(10% of reading + 2 Ω)

| 0.01Ω

±(10% of reading + 2 Ω)

Window Comparator Method

**TIMER (Test Time)***

| Yes 0.3s~999.9s| Yes 0.3s~999.9s
MODEL| GPT-15012| GPT-15000 Series| GPT-12000 Series
---|---|---|---
MEMORY
Single Step Memory Automatic Testing Memory| MANU : 100 blocks

AUTO : 100 blocks, Manu per auto : 10

| MANU : 100 blocks

AUTO : 100 blocks, Manu per auto : 10

| MANU : 100 blocks

AUTO : 100 blocks, Manu per auto : 10

INTERFACE
Standard (Front) Standard (Rear) Option| REMOTE, USB host

Rear Output, RS-232C, USB device, Signal I/O, GPIB, LAN

| REMOTE, USB host

Rear Output, RS-232C, USB device, Signal I/O, GPIB, LAN

| REMOTE, USB host

Rear Output, RS-232C, USB device, Signal I/O, GPIB, LAN

DISPLAY
| 7” color LCD| 7” color LCD| 7” color LCD
POWER SOURCE
| AC 100V~240V ± 10%, 50Hz/60Hz;

Power consumption : Max. 400VA

| AC 100V~240V ± 10%, 50Hz/60Hz;

Power consumption : Max. 1000VA

| AC 100V~240V ± 10%, 50Hz/60Hz;

Power consumption : Max. 400VA

DIMENSIONS & WEIGHT
| GPT-15012:380(W)x148(H)x492(D)mm;

Approx. 9.8kg(max.)

| GPT-15001/15002/15003:380(W)x148(H)

x492(D)mm; Approx.17kg(max.) ;

GPT-15004 : 380(W)x148(H)x546(D)mm;

Approx. 21kg

| GPT-12001/12002/12003:380(W)x148(H)

x 436(D) mm; Approx. 11kg (max.) ;

GPT-12004 : 380(W)x148(H)x454(D)mm;

Approx. 15kg

ORDERING INFORMATION

GPT-15012 DC 12kV DC/IR Electrical Safety Analyzer
GPT-15004 AC/DC/IR/GB Electrical Safety Analyzer
GPT-15003 AC/DC/IR Electrical Safety Analyzer
GPT-15002 AC/DC Electrical Safety Analyzer
GPT-15001 AC Electrical Safety Analyzer
GPT-12004 AC/DC/IR/GB Electrical Safety Analyzer
GPT-12003 AC/DC/IR Electrical Safety Analyzer
GPT-12002 AC/DC Electrical Safety Analyzer
GPT-12001 AC Electrical Safety Analyzer

ACCESSORIES

Power cord x 1, Interlock Key x 1, Remote Terminal, Cable GHT-119 x 1,
Test lead GHT-115 x 1 for GPT-15001/15002/15003/12001/12002/12003,
Test lead GHT-115 x 1, GTL-215 x 1 for GPT-15004/12004,
Test lead GHT-120 x 1 for GPT-15012

OPTION

GPT-10KG1
GPIB card
GPT-10KL1
LAN card

OPTIONAL ACCESSORIES

GHT-117/GHT-117(EU) High Voltage Adapter Box
GHT-118/GHT-118(EU) High Voltage/Ground Bond Adapter Box
GHT-113 High Voltage Test Pistol
GHT-205 High Voltage Test Probe
GTL-232 RS232C Cable, 9-pin Female to 9-pin, null Modem for Computer
GTL-246 USB Cable, A-B type, approx. 1.2m
GTL-248 GPIB Cable, approx. 2m
GTL-264 Signal I/O Converted Cable, 15-pin Male to 9-pin Female. Approx. 200mm
GRA-440 Rack Adapter Panel (19′, 4U)

ACCESSORIES GUIDE

Global Headquarters
GOOD WILL INSTRUMENT CO., LTD.
No.7-1, Jhongsing Road, Tucheng Dist., New Taipei City 236, Taiwan
Т +886-2-2268-0389 F +886-2-2268-0639
E-mail: marketing@goodwill.com.tw

China Subsidiary
GOOD WILL INSTRUMENT (SUZHOU) CO., LTD.
No. 521, Zhujiang Road, Snd, Suzhou Jiangsu 215011 China
Т +86-512-6661-7177 F +86-512-6661-7277

Malaysia Subsidiary
GOOD WILL INSTRUMENT (SEA) SDN. BHD.
No. 1-3-18, Elit Avenue, Jalan Mayang Pasir 3,
11950 Bayan Baru, Penang, Malaysia
T +604-6171122 F +604-6115225

Europe Subsidiary
GOOD WILL INSTRUMENT EURO B.V.
De Run 5427A, 5504DG Veldhoven, THE NETHERLANDS
T +31 (0)40-2557790 F +31 (0) 40-2541194

U.S.A. Subsidiary
INSTEK AMERICA CORP.
5198 Brooks Street Montclair, CA 91763, U.S.A.
Т +1-909-399-3535 F +1-909-399-0819

Japan Subsidiary
TEXIO TECHNOLOGY CORPORATION.
7F Towa Fudosan Shin Yokohama Bldg., 2-18-13 Shin
Yokohama, Kohoku-ku, Yokohama, Kanagawa,
222-0033 Japan
Т +81-45-620-2305 F +81-45-534-7181

Korea Subsidiary
GOOD WILL INSTRUMENT KOREA CO., LTD.
Room No.503, Gyeonginro 775 (Mullae-Dong 3Ga,
Ace Hightech-City B/D 1 Dong), Yeongduengpo-Gu,
Seoul 150093, Korea.
Т +82-2-3439-2205 F +82-2-3439-2207

India Subsidiary
GW INSTEK INDIA LLP.
2F, No. 20/1, Salarpuria Galleria Building, Bellary Road, Kashi Nagar,
Byatarayanapura, Bangalore, Karnataka 560092 India
Т +91-80-4341-8000