GLP1-g and function testing devices
Individual test devices for protective conductor resistance, insulation resistance, and high voltage test
Multifunction testers for universal safety and functional testing
Whether you need a single-function or multifunction device, the GLP1-g you GLP1-g electrical products flexibly in accordance with the latest standards. The test device combines many intelligent functions, covering all areas of application in modern electrical safety and functional testing technology—from production and laboratories to automation.
The test method combinations for GLP1-g are GLP1-g diverse as the different requirements in industry and testing institutes. There are more than 50 device variants with different test method combinations to choose from.
Key facts:
- Single-function and multifunction testers
- Protective conductor testers up to 75 A
- Insulation testers up to 10 kV
- High-voltage test equipment AC up to 50 kV
- High-voltage test equipment DC up to 10 kV
- function test 5 A
- Manual checks
- Fully and partially automated testing
- Fully automatic test method switching
- 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 GLP1-g high performance and reliability. In line with the scope of performance of the test device, we integrate the technology into a robust industrial housing that has been specialized developed specialized this device class.
For optimal working conditions, the angle of the display can be easily adjusted to suit individual working situations. Whether sitting or standing, tall or short—the viewing height of the display, the operation of the test device, and the Connection test object are always optimally tailored to the respective operator.
The integration of up to 9 test methods in one compact device unique in this class. The GLP1-g a clear and concise overview of the tests. The intuitive operating concept greatly simplifies everyday testing. The clear touch display is perfectly built-in into the front panel built-in offers you the functionality you would expect from a modern testing device today.
The housing variants are very flexible. The front panel provides the base with the test socket and sockets for test probes and high-voltage test guns.
For integration into automatic testing systems or for expansion, additional connections, such as the 10-pin test connector, can be added to the rear of the device. This makes it easy to connect universal connection boxes, test hoods, or cables for automation.
Depending on the configuration, the device dimensions are based on a robust and compact ½ 19″ or 19″ housing.
The connections on the back of the device
Standard equipment
Function and technology
- Manual test sequence
- Semi-automatic test sequence
- Fully automatic test sequence
- Integrated test plan memory for up to 1000 settings
- Integrated test result memory up to 790 test steps
- Multilingual user guidance – flexible and globally applicable
Communication
- RS232, USB, and LAN automation interface for remote control
- RS232, USB, or LAN for Save test results a PC using the free SCHLEICH PrintCom
- Test report printing with PrintCom
- Communication via LabView driver
- Remote control via I/O
- 6 free 24 V inputs/control inputs
- 7 free 24 V outputs/signal outputs
- Connection barcode/data matrix scanners
- USB service port on the front panel
safety
- 2-channel safety inputs according to EN 50191
- Warning light traffic light connection
- Result lamp connection
- Connection test cover, foot-switch, external safety switches, door contacts, light curtain, emergency stop, two-hand control, etc.
- key switch devices without safety current limitation
- Safety and warning messages
- Integrated plausibility checks
- Integrated, explanatory help texts for each input
The test software
With the GLP1-g , you always GLP1-g all relevant measured values at a glance. The clear presentation of the test results structured and therefore efficient work and facilitates the subsequent analysis of the individual tests.
The display options
Depending on the device variant, there are basically two different display modes during the test:
For test devices with only one test method , the results test method displayed using a bar chart and numerical display.
Test devices with a combination of two or more test procedures display result test plan showing the individual test steps as result .
protective conductor resistance
The test display shows the measured values, the Test current the test duration.
insulation resistance
The display is a bar graph with additional tolerance ranges and numerical values. The insulation resistance, TEST VOLTAGE test duration are shown.
High voltage
The display consists of a bar graph with additional tolerance ranges and numerical values. The TEST VOLTAGE, Test current test duration are displayed.
Alternatively, the display can be switched to an analog representation. In some applications, this is advantageous because it is easier to read.
multifunction device
With a multifunctional test device, all test steps are listed one below the other. During the test, a yellow horizontal bar test step bar active test step . Tests that have already been performed areGO either green for GO red for n.GO . For high-voltage tests with a ramp, the ramp curve is also displayed graphically.
After completion of the test, the overall result is shown on the display by a green or red field. In addition, the individual results of the test steps performed are listed.
The menu – simply intuitive
The various operating settings are simple and clearly structured: you can load and edit test plans, test parameters , or change the device's basic settings. Operation via the touch display is straightforward.
An integrated help function provides detailed explanations for each test parameters setting value. Thanks to the automatic plausibility check at the end of each entry, you can always be sure that every test parameters setting value entered is within the technical limits of the device. This guarantees an error-free and reliable test sequence.
You can switch to the menu selection by clicking the "Menu" button.
The desired activity is selected in the main menu. Test plans can be loaded and edited, test parameters , basic settings made, or statistics retrieved.
Here, test plans can be named, saved, loaded, or deleted. The "Parameters" button takes you to the parameter selection.
The red frame is used to select the parameter to be edited/changed. To edit the parameter, click the "Edit" button.
The automatic test method switch-over mechatronics
SCHLEICH testing technology SCHLEICH proven itself thousands of times over in daily use. It is one of the most reliable products on the market and offers outstanding performance and accuracy. The goal must be to carry out tests quickly and efficiently. Only then can high utility value be achieved.
To save time, all connections of the test object are connected via the test socket or corresponding measuring cables. The test device then performs the tests fully automatically between all connections without the need for time-consuming reconnection of cables. The typical device under test the GLP1-g a mains connection with L, N, and PE.
The automatic test method switch-over automatically test tip the different test methods to the connections and the test tip . The appropriate switch-over isbuilt-in to suit the type and scope of the test device. This ensures fast and automatic switching between the different test methods.
Because the voltage differences between test methods can be very high, safety is safety when switching. A protective earth resistance test 12 V must be device under test to the device under test just as reliably as a high voltage test 6000 V – to protect your test object and, of course, to protect the user. There can be no compromises here! That is why we only use proven, high-quality components from our own production and from renowned German manufacturers for switching and matrices.
The test methods
protective earth resistance test
The protective conductor is tested using an electronically controlled, constant Test current. The test device calculates the protective conductor resistance from the voltage drop at protective earth conductor the flowing current. This must not exceed the maximum resistance specified in the standards. Using a test tip to be ordered separately), the operator device under test the protective conductor connections to be tested one after the other on 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 with an electronically controlled, constant TEST VOLTAGE. The test device calculates the insulation resistance from the voltage drop across the insulation and the flowing current. This must not fall below the minimum resistance specified in the standards. The insulation resistance be measured both between all electrical conductors (protection class I devices) and between the electrical conductors and insulated housing parts (protection class II devices). The operator uses the test tip to scan the housing parts to be tested test tip . At the end of the test, discharge test object is always discharge .
high voltage test
The high voltage test performed with an electronically controlled, constant high voltage. During the test, the Test current must not exceed Test current specified maximum value. If the current rises above the maximum value, the test is automatically Cancelled. At the end of the test, discharge test object is always discharge .
high voltage test
The insulation test performed using an electronically controlled, constant high voltage. During the test, the Test current must not exceed Test current specified maximum value. If the current exceeds the maximum value, the test is automatically Cancelled. At the end of the test, discharge test object is always discharge .
function test
The function test test object is performed under operating voltage based on the current consumption, cos, and/or power consumption of the test object. Target values and ± tolerances can be specified for each measured variable. If the electrical measured value is within the tolerance, the test result isGOGO The TEST VOLTAGE the function test generated electronically in the test device.
The test protocol PrintCom
Free PC software for Save printing test results
PrintCom ist die einfache und effiziente Lösung, um Prüfergebnisse zu speichern und Prüfprotokolle auszudrucken. Die Prüfergebnisse können in Excel® oder alternativ in OpenOffice® Calc archiviert und ausgedruckt werden.
The PC software PrintCom is included with the test device. The test device has an integrated test result memory. This can be read out by PrintCom after each test or at a later time. PrintCom stores the test results the PC and allows a test report to be printed.
test results , display, and print test results .
Digital logging is easy with this software: it quickly transfers the test data via the serial interface and presents it in a clearly structured format on your PC. Print out the test protocol for your customers or Save as a PDF file to protect the environment.
Storage format of test results
PrintCom stores your test results directly inExcel® format. Benefit from maximum flexibility when creating reports.
- The software already includes a wide selection of preconfiguredExcel® test report templates in various layouts.
- Easy customization: Customize these templates directly inExcel® to suit your requirements. For example, add additional information or design the test protocol custom your company logo.
- You can create completely new test protocol yourself inExcel® at any time.
online mode
In online mode, the testing device is permanently connected to a PC and PrintCom is running. As soon as a new test result after a test, it is immediately transferred to the PC and collected there. Once all tests have been completed, the collected results are saved.
offline mode
Alternatively, the testing device can test results the test results . This makes it possible to load the test results into PrintCom test results a later time and Save.
network
By configuring the storage path in PrintCom accordingly, theExcel® files can of course also be Save on the network.
PC-Programm – Systemvoraussetzungen
All facts at a glance
Individual testers for HV AC/DC, PE, or insulation
Combination testers with up to 9 test methods and integrated test method switching
- ALL-IN-1 multifunction testers
- World's smallest test device with this power density
- All test methods are fully electronic and controlled without wear
- Automatic switch-over test methods and test connections
- Fully automatic, semi-automatic, or manual test sequence
- Fully automatic or manual high voltage adjustment via rotary wheel
- Desktop or mobile device in the caddy
- 19" slot for automation
- Safe according to EN 50191 (Installation and operation of electrical test equipment)
- 2-channel safety inputs
- PL e, SIL 3, Cat. 4 safety circuit (depending on device variant and degree of hazard)
- Safety circuits with forced-guided safety relays
- High process reliability
- Operation via intuitive touch display
- Integrated test plan and test result memory
- IncludesPrintComfor Save printing test results a PC
- Remote controllable for automation
- SCPI communication
- LabView driver
- Desktop or 19" rack-mount device for automation
- Worldwide voltage range 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
The areas of application
The GLP1-g designed for a wide range of applications and can be tailored precisely to your needs thanks to a variety of configurable options. You get exactly the testing device that best suits your daily work.
Manual inspection | Inspection station – Repair station – Laboratory
The unique manual mode allows you to apply all test methods integrated in the test device directly and manually as required. No prior parameterization of the tests is necessary. Simply test method the desired test method and start your test. Similar to a multimeter, the software always provides you with the current measured values. This allows you to evaluate your test object immediately and in detail.
Long-term analyses lasting hours, days, and weeks can also be carried out without any problems in this operating mode.
Semi-automatic testing | Manufacturing
A typical test in production can be performed manually using test probes or semi-automatically or fully automatically. Thanks to its flexibility and convenient operator guidance the GLP1-g operator guidance for these applications. GLP1-g 1,000 test sequences can be stored in GLP1-g for testing different test objects. These can be started directly via the integrated touch display.
Fully automatic testing | Series production
The GLP1-g be seamlessly integrated into your production line. The device dimensions are based on a ½ 19″ or 19″ housing, allowing the testing device to fit perfectly into your system. Additional flexible interfaces enable convenient remote control. Connection to a control computer or PLC easy to implement.
You can store up to 1000 test sequences for different test objects. You can call these up directly via the interface and then start the test. All test results accessed via the interface and can thus memory in a central memory via the control computer. In addition, it is possible to Save the test results on the test device or directly in the computer network.
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German PDFs
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