Voltage detector Control outputs Binary inputs Main contacts Auxiliary inputs Measuring range Coil current Connection sockets 1 x control outputs coils 1 x binary inputs main contacts/AUX User interfaces Control panel with graphical display, one-handed operation, separate key for each test mode Power supply Wide range input 9 - 30 VDC External power supply 24 VDC, 15 W Integrated batteries Microprocessor-controlled monitoring Battery life for up to 18 hours Weight Measuring device Ambient temperature Relative humidity KoCoS Messtechnik AG Südring 42 34497 Korbach, Germany Tel. +49 5631 9596-40 [email protected] www.kocos.com IGBTs for controlling the release coils ACTAS BTT2.0 High-precision, battery-operated timing analyser ACTAS BTT 2.0 is a battery-operated, hand-held measuring device which can determine operating times, contact synchronicity, sequence time and coil currents extremely quickly and easily. Thanks to this extensive functionality and its high measurement accuracy, ACTAS BTT 2.0 can be put to a wide range of different uses when measuring the operating times of low-, medium- and high-voltage switchgear devices, relay contacts, contactors and switch disconnectors, to mention but a few applications.  Determination of operating times  Test for contact synchronicity  Determination of CO sequence time A comprehensive range of accessories with all necessary cables, adapters and clamps is already included in the scope of delivery. The accessories and measuring device are stored in a sturdy, padded carrying bag, which is also included in the scope of delivery. Technical data Technical specifications subject to change without prior notice | 202404 | © KoCoS Messtechnik AG Complete with accessories and bag  Measurement of coil currents  Compact, ergonomic design  Battery operation for up to 18 hours  Easy-to-read graphical display  Status display for inputs and outputs  Bluetooth incl. remote control f

Determination of operating times Protected inputs and outputs ACTAS BTT 2.0 features one output for controlling the OPEN coils and one output for controlling the CLOSE coils of a switchgear device. Both outputs can be used to control DC- and AC-operated coils. The determination of operating times can be carried out simply and reliably on up to three main contacts by triggering C, O and CO switching operations. The clear graphical display shows the corresponding operating times for all the binary inputs as the result. The inputs and outputs are galvanically isolated and protected against overvoltage....