page 1 of 3 www.aecsensors.com sales department tel: (888) 847-6552 TD4PO series electronic tilt switches specifcations output dual pnp or npn (see fig. 3 for details) output load dc 150ma continuous, 250ma max.10 sec (protected against back emf) short circuit protection yes (10s max) supply voltage dc 8 - 30v current consumption 25ma polarity protection yes boot up time <10ms housing plastic injection moulded (pbtp) (contact factory for other options) dimensions (approx.) l x w x h 40 x 40 x 25mm mounting m3 screws connection m12 5 pin male connector (others to special order) or pur cable weight approx. 50g ambient temperature -25c to +85c (storage and operating) relative humidity 0 - 100% sealing iec60529 ip67 shock resistance max. 10g measuring range detection angles 2 x omni-directional switch points factory programmable centering function pre-centered at 0, range 5 frequency response (-3db) 0 - 0.5hz accuracy 0.4 offset error 0 (after zeroing / centering) resolution 0.09 temperature coeffcient typical 0.04/k ? omni-directional (horizontal plane) ? up to 2 x trigger angles ? pnp or npn outputs ? 0.1a continuous output (max. 250ma 10s) ? m12 male connector or wire ended ? replaces tqg series ? rohs compliant ref: TD4PO series 012016jhm specifcations are subject to change without notice. e&oe.
all dimensions in millimeters. not to scale. page 2 of 3 www.aecsensors.com sales department tel: (888) 847-6552 TD4PO series electronic tilt switches ref: TD4PO series 012016hm dimensions and mounting holes fig. 1 1 2 3 4 5 m12 5p male connector pin 1: +supply voltage pin 2: output 1 omni-directional pin 3: gnd (0v) pin 4: output 2 omni-directional pin 5: factory use (centering/zero set) - leave unconnected in normal use. specifcations are subject to change without notice. e&oe. ordering codes t d 4 p o - 0 3 0 - 0 4 5 - d s m - n p n - p * * * * * series type p***** = reserved for customer specifc versions 1st trigger angle (in 1 steps) (less than 2nd trigger angle) npn = switched npn output pnp = switched pnp output 2nd trigger angle (leave empty if only one trigger angle) terminations d = 10 - 30vdc leave empty for 2000m pur cable 5 = 5vdc enter cable length in mm if not 2000mm m = m12 male connector (pins) s = standard accuracy f = f12 female connector (socket) m = medium accuracy h = high accuracy x = extra high accuracy
output function fig. 3 pnp output: - at 0 ; safe area, outputs 1 & 2: conducting. - at trigger 1 angle; alert area, output 1: non-conducting -at trigger 2 angle; unsafe area, outputs 1 & 2: non-conducting npn output: - at 0 ; safe area, outputs 1 & 2: non-conducting. - at trigger 1 angle; alert area, output 1: conducting. -at trigger 2 angle; unsafe area, outputs 1 & 2: conducting. if the switch is unpowered, the outputs are off (non-conduct - ing). hysteresis: 0.2 safe > unsafe delay = 500ms. unsafe > safe delay = 1000ms. mounting orientation fig. 2 TD4PO series electronic tilt switches american electronic components inc., 1101 lafayette st. elkhart, in46516 page 3 of 3 www.aecsensors.com sales department tel: (888) 847-6552 specifcations are subject to change without notice. e&oe. ref: TD4PO series 012016jhm the default 0 position is when the switch is mounted horizontally and no acceleration (or tilt) is applied. when mounting, please ensure suffcient space is left to allow for the cable (when selected) or the m12 connector . undue stress on the cable and connector should be avoided. centering (zeroing) should be done within 1 minute after power up. after zeroing, there is an extra 1 minute left to repeat the centering. connect the centering input to ground for more than 0.5s in normal use, the centering input pin should be left unconnected. this device is not a safety device. for full redundancy (iso13849), two devices should be used in the application. pnp out (v supply ) with external pull down resistor npn out (v supply ) with external pull up resistor trigger angle 2 trigger angle 1 0? v safe are a aler t area aler t area unsaf e area unsaf e area trigger angle 1 trigger angle 2 0? v 0v 0v unsaf e area unsaf e area aler t area aler t area safe are a
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