REX12-TA1-107-DC24V-10A

REX12 Electronic Circuit Protector Description The compact and flexible all-in-one solution REX consists of several perfectly matched components. It comprises the EM12-T supply module for the plus and minus potential via a single or double channel REX12-T electronic circuit protector which can be mounted side by side in any number and the PM12-T potential extension module for plus and minus multiplication. Connection of the only 12.5 mm wide modules is exclusively with push-in terminals which allow no-tool time-saving wiring. The circuit protectors are placed on the symmetrical rail one after another in combination with EM12-T and PM12-T and are electrically connected by means of built-in connector arm - no further accessories are required. The circuit protector REX12-T offers selective overcurrent protection by responding to short circuit or overload faster than the switch mode power supply. Capacitive loads of up to 20,000µF can be switched on without problems. The circuit protector is available in all standard fixed and adjustable current ratings from 1 A to 10 A. Besides the UL508listed approval and NEC Class2, the REX12-T also meets the requirements of cable protection to EN60204-1. US patent number: US 9,899,807 B2 Features l l l l l l l l l l Benefits l Saves cost – no further accessories required Saves 50 % time through innovative and flexible mounting and connection technology l Saves space – with a width of only 12.5 mm per channel l Provides flexibility through ease of mounting, disassembly and modular design l Reduces storage costs because only one product is required for all current ratings Combination of supply modules, overcurrent protection and power distribution Selective load protection by means of electronic trip curve No accessories required for connecting the components Width per channel only 12.5 mm (1-channel) or 6.25 mm (2-channel) Fixed and adjustable current ratings 1 A - 10 A Integral fail-safe element, adjusted to max. current rating Switching capacitive loads up to 20,000 µF Manual ON/OFF/reset momentary switch Clear status indication by means of LED and signal contact Si Connection via push-in terminals including orange press release buttons l 4 Preferred types – for more details on all configurations please see page 4 Preferred types are E-T-A products most frequently used by E-T-A customers. We manufacture E-T-A preferred types in particularly high volumes. Our preferred types are supplied at shorter lead times than non-standard versions. Preferred types Preferred types Short description REX12-TA1 1-channel REX12-TA1-107-DC24VREX12-TA2 2-channel Preferred ratings (A) 2 4 6 10 x x x x 2 4 6 10 REX12-TA2-107-DC24VREX12D-TE2 REX12D-TE2-100-DC24V- Approvals 2-channel, adjustable 2/2 4/4 6/6 2/2 4/4 6/6 x x x 1 A…10 A x Data sheet The current data sheet is available on our website: www.e-t-a.de/d359 NEC Class2 Compliances 2010 www.e-t-a.de 1 REX12 Electronic Circuit Protector Technical data (Tamb = +23 °C, UB = DC 24 V) REX12-Txx-xxx circuit protectors REX12-TA1-107-DC24V-xA 1-channel REX12-TB1-107-DC24V-xA 1-channel REX12-TA2-107-DC24V-xA/xA 2-channel REX12D-TE2-100-DC24V-xA-xA 2-channel The REX12-TAx is operated in the standard mode with EM12-T. The REX12D-TE2 can be operated both with EM12D-T or EM12-T. The operating mode EM12D-T (COM mode) or EM12-T (standard) is recognised automatically. The following data exclusively refer to the standard mode: Operating voltage UB DC 24 V (18...30 V) Closed-circuit current I0 REX12-Tx1 1-channel in ON condition: Typically 5 mA REX12-TA2 2-channel in ON condition: Typically 8 mA REX12D-TE2 1 A-4 A 2-channel in ON condition:Typically 9 mA REX12D-TE2 1 A-10 A 2-channel in ON condition: Typically 12 mA Reverse polarity protection Yes Power failure buffering time up to 10 ms Rated current IN ratings: REX12-Tx1 1 A, 2 A, 3 A, 4 A, 6 A, 8 A, 10 A REX12-TA2 1 A/1 A, 2 A/2 A, 3 A/3 A, 4 A/4 A, 6 A/6 A REX12D-TE2 1 A-4 A, 1 A – 10 A condition upon delivery max. current rating Visual status indication green: Load circuit connected by means of LED green/orange blinking: load current warning limit reached 90 % orange: overload or short circuit until disconnection 4 - after disconnection due to overload or short circuit - after undervoltage release of operating voltage in ON condition with autoreset OFF: Device switched off by means of ON/OFF momentary switch or no operating voltage Load circuit Load output power MOSFET switching output (plus switching) Load current warning limit (IWLimit) typically 0.9 x IN hysteresis typically 5  % Overload current disconnection (IÜL) typically IOL: IN x 1.05 tOL: 3s typically IOL: IN x 1.35 tOL: 0,5s with trip times (tÜL) typically IOL: IN x 2.00 tOL: 0.1s typically IOL: IN x 2.50 tOL: 0.012 s short circuit typically at short circuit (ISC) tSC: 0.002 s2) trip time (tSC) see time/current characteristic Influence of ambient see temperature factor table temperature on overload disconnection and load current warning limit Voltage drop in load circuit at IN and at IN 70 % for REX12-Txx between LINE+ and LOAD+ IN: 1 A (CL2) typically 180 mV IN: 70 % typically 125 mV IN: 2 A (CL2) typically 110 mV IN: 70 % typically 80 mV IN: 3 A typically 120 mV IN: 70 % typically 85 mV IN: 3 A-CL2 typically 130 mV IN: 70 % typically 90 mV IN: 4 A typically 115 mV IN: 70 % typically 80 mV IN: 4 A-CL2 typically 180 mV IN: 70 % typically 120 mV IN: 6 A typically 170 mV IN: 70 % typically 110 mV IN: 8 A typically 160 mV IN: 70 % typically 105 mV IN: 10 A typically 180 mV IN: 70 % typically 120 mV 2 red: Technical data (Tamb = +23 °C, UB = DC 24 V) REX12D-TE2-100-DC24V-1A-4A-CL2 IN: 1 A-CL2 typically 50 mV IN: IN: IN: 2 A-CL2 typically 90 mV IN: 3 A-CL2 typically 135 mV IN: IN: 4 A-CL2 typically 180 mV IN: 70 70 70 70 % % % % typically typically typically typically 42 mV 70 mV 95 mV 120 mV REX12D-TE2-100-DC24V-1A-10A IN: 1 A typically 30 mV IN: 2 A typically 39 mV IN: 3 A typically 48 mV IN: 4 A typically 57 mV IN: 5 A typically 66 mV IN: 6 A typically 74 mV IN: 7 A typically 83 mV IN: 8 A typically 92 mV IN: 9 A typically 101 mV IN: 10 A typically 110 mV 70 70 70 70 70 70 70 70 70 70 % % % % % % % % % % typically typically typically typically typically typically typically typically typically typically 28 34 40 46 52 59 65 71 77 83 IN: IN: IN: IN: IN: IN: IN: IN: IN: IN: mV mV mV mV mV mV mV mV mV mV 2) depending on power source Fail-safe element IN: 1 A (CL2) fail-safe IN: 1 A integral IN: 2 A (CL2) fail-safe IN: 2 A blade fuse IN: 3 A fail-safe IN: 3.15 A adjusted to IN: 3A-CL2 fail-safe IN: 4 A related current rating IN IN: 4 A fail-safe IN: 4 A IN: 4 A-CL2 fail-safe IN: 4 A IN: 6 A fail-safe IN: 6.3 A fail-safe IN: 8 A IN: 8 A IN: 10 A fail-safe IN: 10 A IN: 1 A/1 A (CL2) fail-safe IN: 1 A/1 A IN: 2 A/2 A (CL2) fail-safe IN: 2 A/2 A IN: 3 A/3 A fail-safe IN: 3.15A/3.15A IN: 3 A/3 A-CL2 fail-safe IN: 4 A/4 A IN: 4 A/4 A fail-safe IN: 4 A/4 A IN: 4 A/4 A-CL2 fail-safe IN: 4 A/4 A IN: 6 A/6 A fail-safe IN: 6.3 A/6.3 A IN: 1 A-4 A-CL2 fail-safe IN: 4 A IN: 1 A-10 A failsafe IN: 16 A operating voltage OFF at typically UB < 16.0 V monitoring re. ON at typically UB > 19.0 V undervoltage hysteresis typically 2 V with automatic OFF and ON switching ON delay - with power ON channel 1: typically 100 ms (REX12-TAx) channel 2: typically 200 ms (REX12-TAx) channel 1: typically 1,500 ms (REX12D-TE2) channel 2: typically 1,600 ms (REX12D-TE2) - when switching on with channel 1: typically 5 ms ON /OFF switch or channel 2: typically 100 ms - after undervoltage channel 1: typically 5 ms channel 2: typically 5 ms disconnection of - manually on the device with the ON/OFF momentary switch - after an overload / short circuit disconnection with storage (no automatic reset) - temporarily at undervoltage - at no operating voltage Switch-on of load circuit - momentary switch ON/OFF  device can only be switched on when operating voltage is applied - applying The device starts up with the condition operating voltage last stored. www.e-t-a.de 2010 REX12 Electronic Circuit Protector Technical data (Tamb = +23 °C, UB = DC 24 V) Technical data (Tamb = +23 °C, UB = DC 24 V) Enquire Enquiry of currently adjusted adjusted current rating current rating, independent of the with REX12D-TE2 operating mode (COM or standard), possible for each channel directly on the REX12D-TE2 Enquiry mode is started by pushing the button between >= 2 seconds and < 5 seconds After releasing the button, the LED is RED for 333 ms to indicate start of enquiry. Afterwards, the LED flashes ORANGE in a puls/break ratio of 1/2 with a frequency of 1 Hz to indicate the adjusted current value. When the adjusted current rating is reached, signalling re-starts after the RED LED re-lights for 333 ms. The enquiry mode is left after the adjusted current rating was signalled 5 times or by pressing the button. Visual indication will now show again the current operating condition. The enquiry mode is possible in all operating conditions (ON, OFF, UNDERVOLTAGE and TRIPPED). Adjustment of The adjustment mode directly on the current rating with REX12D-TE2 can only be activated in the REX12D-TE2 standard mode The adjustment mode is started per channel by pushing the button for >= 5 seconds. After releasing the button, the LED is RED for 333 ms to indicate start of adjustment. The LED is blinking GREEN with a pulse/break ratio of 1/4 at a frequency of 0.6 Hz for visual indication. GREEN After reaching the max. adjustment value, signalling re-starts. Overrun of the max. adjustment value after 1 Ampere is indicated by the RED LED (333 ms). The current rating to be adjusted is adopted by pushing the button during the blinking period of 1 A up to the max. adjustment value. If for instance the button is pushed after the 7th illumination of the GREEN LED, 7A is adopted as current rating and visual indication again shows the current operating condition. If the button is not pressed, the adjustment mode is left after 5 times signalling the current rating range without a new current rating being adopted and the visual indication returns to current status indication. The adjustment mode is possible in all operating conditions (ON, OFF, UNDERVOLTAGE and TRIPPED). Go to video Mounting and operation: Reset function  a blocked load output (blocked by overload / short circuit) can externally be reset by the ON/OFF momentary switch Leakage current in typically