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Nothing contained in this document shall increase the liability or extend the warranty obligations of the manufacturer Arcteq Relays Ltd. The manufacturer expressly disclaims any and all liability for any damages and/or losses caused due to a failure to comply with the instructions contained herein or caused by persons who do not fulfil the aforementioned requirements.
A A Q Q -02 Arc sensor that is activated by light and pressure A A Q Q -A -AS S T T -02 Arcteq's arc sensor tester unit Contr Control unit ol unit The main part of the AST-02 tester...
Version: 2.01 4 Introduction The AQ-AST-02 arc sensor tester makes it possible to test Arcteq’s AQ-02 point sensors in the field. The tester can be used for commissioning tests of a complete arc protection system: it can follow the system's signal propagation and confirm that the system is wired and installed correctly.
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A A Q Q -A -AS S T T -02 4 Introduction Instruction manual Version: 2.01 The AQ-AST-02 arc sensor tester comes in a protective, waterproof field case. The case contains all the items necessary for testing, as listed below: • One (1) control unit. • One (1) injector.
5.1 Setting up the tester 1. Mount the control unit The AQ-AST-02 tester has rubberized and magnetic feet, and you can therefore mount it directly on most magnetic metal surfaces (such as a switchgear cabinet). If you prefer, you can also set the tester down on a non-metallic surface (such as an ordinary table).
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Version: 2.01 Figure. 5.1 - 8. Connecting the injector to the control unit. W W ARNING! ARNING! AQ-AST-02 features a hig a high-po h-pow w er er LED LED for sensor activation. DO NOT look directly at the light source! The LED emits a high-intensity light and it damage your eyes! A sensor must...
For these units, you can use an external testing equipment (for example, Omicron) as the overcurrent source and AQ-AST-02 as the light source. Omicron feeds a current signal to AQ-110P, and when both the current and light criteria are present, the trip sequence of the arc protection device is triggered.
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When you test with external equipment (such as Ponovo, Omicron, or other test set), the external device is connected to AQ-AST-02 with the "Remote control" input. This allows for correct sequencing and time measurement between different activations. You can also activate the tester remotely.
You can find descriptions for the most common MV and LV applications in our AQ-SAS instruction manuals. They describe the criteria that each application requires to be present before a trip sequence is activated. You can find these in the AQ-SAS instruction manuals at Arcteq's website (arcteq.fi/ documents-and-software/).
1. Configuration and assembly check Make sure that the AQ 100 series host device is ready and configured properly before testing the system. Additionally, make sure that the AQ-AST-02 is assembled correctly (please refer to the "Setting up the tester"...
Figure. 7.1 - 19. Verifying the activations. 7.2 Remote activation (optional) AQ-AST-02 can be activated with external testing equipment (such as Ponovo, Omicron, etc.). The external testing equipment is connected to the tester's "Remote control" input with standard banana connectors. When the tester is powered, the upper contact is at +24 V DC potential and the lower contact is the earth.
Figure. 7.3 - 20. The three knobs on the AQ-AST-02 unit's front panel. When you test the CBFP function with local control, use the second knob on the AQ-AST-02's front panel to set the activation time. The 50-ms setting is used when there is no CBFP, the 120-ms setting is for faster breakers, and the 170-ms setting is for slower breakers.
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