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GLP1-g Safety and Function Test Devices
Single test devices for protective conductor resistance, insulation resistance, and high voltage test
Multifunction test devices for universal safety and function tests
Whether a single or multifunction device: With the GLP1-g, you can flexibly test electrical products according to the latest standards. The test device combines many intelligent functions, covering all application areas of modern electrical safety and function test technology – from production and laboratory to automation.
The test method combinations for the GLP1-g are as diverse as the various requirements in industry and testing institutes. Over 50 device variants with different test method combinations are available.
Key Facts:
- Single and Multifunction Test Devices
- Protective earth conductor test devices up to 75 A
- Insulation test devices up to 10 kV
- High voltage test devices AC up to 50 kV
- High voltage test devices DC up to 10 kV
- Function test up to 5 A
- Manual tests
- Fully and semi-automatic testing
- Fully automatic test method switch-over
- Short delivery time or from stock
53 Product Variants
Show all 53 product variants
The GLP1-g – innovative, versatile, and compact
The robust and compact design of the GLP1-g ensures high performance and reliability. In line with the scope of the test device's capabilities, we integrate the technology into a robust industrial housing that was specialized for this device class.
For optimal work, the installation angle can be easily adapted to the individual work situation. Whether sitting or standing, small or large – the viewing height of the display, the operation of the test device and the connection of the test object are thus always optimally adapted to the respective operator.
The integration of up to 9 test methods in a compact device is unique in this class. The GLP1-g offers a clear and concise display of the tests. The intuitive operating concept significantly simplifies daily testing. The clear touch display was perfectly built-in into the front and offers you the functionality you can expect from a modern test device today.
The housing variants are very flexible. The front provides the base with the test socket as well as sockets for test tips and high-voltage test probes.
For integration into automatic test systems or for expansion, additional Connections, such as the 10-pin test plug, can be added to the rear of the device. Through these, universal connection boxes, test covers, or cables for automation can be effortlessly connected.
Depending on the equipment variant, the device dimensions are based on a robust and compact ½ 19″ or 19″ housing.
The Connections on the rear of the device
The Standard Equipment
Function and technology
- Manual test sequence
- Semi-automatic test sequence
- Fully automatic test sequence
- Built-in test plan memory for up to 1000 settings
- Built-in test result memory for up to 790 test steps
- Multilingual operator guidance – flexible and globally deployable
Communication
- RS232, USB, and LAN automation interface for remote control
- RS232, USB, or LAN for saving the test results on a PC with the free SCHLEICH PC software PrintCom
- Test protocol printing with PrintCom
- Communication via LabView driver
- Remote control via I/O
- 6 free 24 V inputs/control inputs
- 7 free 24 V outputs/signaling outputs
- connection for barcode/data matrix scanners
- USB service connection on the front panel
safety
- 2-channel safety inputs according to EN 50191
- Warning light stack connection
- Result indicator light connection
- connection for test cover, foot-switch, external safety switches, door contacts, light curtain, emergency stop, two-hand operation etc.
- Key switch for devices without safety current limitation
- Safety and warning messages
- Integrated plausibility checks
- Integrated, explanatory help texts per input
The test software
With the GLP1-g, you always have all relevant measured values in view. The clear display of the test results enables structured and thus efficient work, and facilitates the subsequent analysis of individual tests.
The display options
Depending on the device variant, there are fundamentally two different display modes during the test:
For test devices with only one test method, the display is provided via a bar chart and numerical indication.
Test devices with a combination of two or more test methods show a test plan displaying the individual test steps as a result.
protective conductor resistance
The test display shows the measured values, the Test current, and the test duration.
insulation resistance
The display is a bar display with additional tolerance spaces and in digits. The insulation resistance, the test voltage, and the test duration are shown.
High Voltage
The display is a bar display with additional tolerance spaces and in digits. The test voltage, the Test current, and the test duration are shown.
Alternatively, the display can be switched to an analog representation. In some applications, this is advantageous due to better readability.
Multifunction device
In a multifunction test device, all test steps are listed sequentially. During the Test, a yellow horizontal bar indicates the active test step. Completed tests are marked either green for GO or red for NOGO. For high voltage tests with a ramp, the ramp profile is also graphically displayed.
Upon completion of the Test, the overall result is displayed on the screen by a green or red field. Additionally, the individual results of the performed test steps are listed.
The Menu – simply intuitive
The various operating settings are simple and clearly structured: You load and edit test plans, adjust test parameters, or change the basic settings of the device. Operation via the touch display is straightforward.
A built-in help function provides a detailed explanation for each test parameter and set point. The automatic plausibility check at the end of an entry ensures that every entered test parameter or set point is within the technical limits of the device. This guarantees an error-free and reliable test sequence.
The menu selection is accessed via the 'Menu' button.
In the main menu, the desired activity is selected. Test plans can be loaded and edited, test parameters can be set, basic settings can be configured, or statistics can be retrieved.
Here, test plans can be named, saved, loaded, or deleted. The 'Parameters' button leads to the parameter selection.
The parameter to be edited/changed is selected using the red frame. To edit the parameter, the 'Edit' button must then be pressed.
The automatic test method switch-over and Mechatronics
SCHLEICH test technology has proven itself tens of thousands of times in daily use. It is among the most reliable products on the market, offering outstanding performance and accuracy. The goal must be to perform a Test quickly and efficiently. Only this creates high practical value.
To save time, all Connections of the device under test are connected via the test socket or corresponding measurement leads. The test device then performs the Tests fully automatically between all Connections, without the need for complex re-clamping of leads. The typical device under test for the GLP1-g has a mains Connection with L, N, and PE.
Through the automatic test method switch-over, the different test methods are automatically switched to the Connections and the test tip. The appropriate switch-over is built-in, matching the type and scope of the test device. This ensures fast and automatic switching between the different test methods.
Because the voltage differences between the test methods can be very high, the safety in the first place. A protective earth resistance test with 12 V must be just as reliable as a high voltage test with 6000 V on the device under test – to protect your test object and, of course, to protect the operator. There are no compromises here! That's why we only use proven, high-quality components from our own production and from well-known German manufacturers for switching and dies.
The Test Methods
protective earth resistance test
The Test of the protective earth conductor is performed with an electronically controlled, constant Test current. From the voltage drop across the protective earth conductor and the flowing current, the test device calculates the protective conductor resistance. This must not exceed the maximum resistance specified in the standards. Using a test tip (to be ordered separately), the operator successively probes the protective earth Connections to be tested on the device under test. The Test is performed between the PE contact in the test socket and the test tip.
Insulation Resistance Test
The insulation test is performed with an electronically controlled, constant TEST VOLTAGE. From the voltage drop across the insulation and the flowing current, the test device calculates the insulation resistance. This must not fall below the minimum resistance specified in the standards. The insulation resistance can be measured both between all electrical conductors (Class I devices) and between the electrical conductors and insulated housing parts (Class II devices). The operator successively probes the housing parts to be tested with the test tip. At the end of the Test, a discharge of the device under test always occurs.
DC High Voltage Test
The high voltage test is performed with an electronically controlled, constant high voltage. During the Test, the Test current must not exceed a specified maximum value. If the current rises above the maximum value, the Test is automatically Cancelled. At the end of the Test, a discharge of the device under test always occurs.
AC High Voltage Test
The insulation test is performed with an electronically controlled, constant high voltage. During the Test, the Test current must not exceed a specified maximum value. If the current exceeds the maximum value, the Test is automatically Cancelled. At the end of the Test, a discharge of the device under test always occurs.
function test
The function test of your device under test is performed under operating voltage based on the current consumption, cos φ, and/or power consumption of the device under test. Set values and ± tolerances can be specified for each measurement variable. If the electrical measurement value is within tolerance, the test result is GO. The TEST VOLTAGE for the function test is electronically generated in the test device.
The test protocol with PrintCom
Free PC software for saving and printing test results
PrintCom is the simple and efficient solution for saving test results and printing test protocols. The test results can be archived and printed in Excel® or, alternatively, in OpenOffice® Calc.
The PC software PrintCom is included with the device. The device features a built-in test result memory. This can be read out by PrintCom after each test or at a later time. PrintCom saves the test results on the PC and enables the printing of a test protocol.
Read, display, and print test results.
Digital protocol logging is very easy with this software: it quickly transfers the test data via the serial interface and presents it clearly structured on your PC. Print the test protocol directly for your customers or save it as a PDF in an environmentally friendly manner.
Storage format of the test results
PrintCom stores your test results in an operator-friendly manner directly in Excel® format. Benefit from maximum flexibility in protocol creation.
- The software already includes a wide selection of pre-configured Excel® test protocol templates in various layouts.
- Easy customization: Adapt these templates directly in Excel® to your requirements. For example, add supplementary information or design the test protocol custom with your company logo.
- You always have the option to create entirely new test protocol layouts yourself in Excel®.
Online mode
In online operation, the test device is permanently connected to a PC and PrintCom is started. As soon as a new test result is available after a test, it is immediately transferred to the PC and collected there. After completion of all tests, the collected results are saved.
Offline Mode
Alternatively, the test device can temporarily save the test results. This allows the test results to be loaded and saved in PrintCom at a later time.
Network
By configuring the storage path accordingly in PrintCom, the Excel® files can, of course, also be saved on the network.
PC Program – System requirements
All Facts at a Glance
Single test devices for HV AC/DC, PE, or Insulation
Combination test devices with up to 9 test methods and built-in test method switch-over
- Multifunction test devices ALL-IN-1
- World's smallest test device with this power density
- All test methods fully electronically and wear-free regulated
- Automatic switch-over between test methods and test connections
- Fully automatic, semi-automatic, or manual test sequence
- Fully automatic or manual high voltage adjustment via rotary wheel
- Benchtop or mobile device in a caddy
- 19″ rack-mount for automation
- Safe according to EN 50191 (Erection and operation of electrical test equipment)
- 2-channel safety inputs
- PL e, SIL 3, Cat. 4 - safety circuit (depending on device variant and hazard level)
- Safety circuits with positively driven safety relays
- High process safety
- Operation via intuitive touch display
- Built-in test plan and test result memory
- Includes PrintCom for saving and printing the test results on a PC
- Remotely controllable for automation
- SCPI communication
- LabView driver
- Benchtop or 19″ rack-mount device for automation
- Global voltage space 100 – 240 V AC, 50/60 Hz
- Standard device/series device from stock or very short delivery time
- Includes traceable factory calibration certificate
- Includes SCHLEICH.CARE.PREMIUM
Areas of application
The GLP1-g is designed for a wide range of applications and can be precisely adapted to your needs through a variety of configurable options. You receive exactly the test device that optimally suits your daily work.
Manual Testing | Test station – Repair station – Laboratory
The unique manual mode allows all test methods built-in to the test device to be applied directly manually if required. Prior parameterization of the tests is not necessary. You simply select the desired test method and start your test. The software, similar to a multimeter, always provides you with the current measured values. An assessment of your device under test is thus possible immediately and in full detail.
Long-term analyses over hours, days, and weeks can also be easily performed in this operating mode.
Semi-automatic testing | Production
A typical test in production can be performed manually via test probes or semi-automatically and fully automatically. Due to its flexibility and comfortable operator guidance, the GLP1-g is precisely suited for these applications. For testing different devices under test, up to 1000 test sequences can be stored in the GLP1-g. These can be started directly via the built-in touch display.
Fully Automatic Testing | Series Production
The GLP1-g can be seamlessly integrated into your production line. The device dimensions are based on a ½ 19″ or 19″ housing, allowing the test device to fit perfectly into your system. Additional flexible interfaces enable convenient remote control. Connection to a control computer or a PLC is easy to implement.
You can store up to 1000 test sequences for different devices under test. You can access these directly via the interface and then start the Test. All test results can be retrieved via the interface and thus stored in a central memory via the control computer. Additionally, it is possible to save the test results locally on the device or directly on the computer network.
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German PDFs
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