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Thermometrics Combination Sensor - amphenol-sensors.com

Digital Outputs (absolute) TTL level, nominal 0 and 5V, true high, parallel transmission Specifications are subject to change without notice. Consult MTS for verification of specifications critical to your application. 3 1.3 Specifications for Temposonics II LDTs over 180 Inches

Amphenol ’s MIL-DTL-55302 Low Mating Force r ectangular c onnector series is one of the highest performing board connectors in the world, with proven performance on the ground, in the air, and at sea. This series utilizes the B3 brush contact system known for low mating force, stable electrical performance in high vibration, and extended service life.

parallel for higher current levels. All line-powered signal conditioners should use higher capacity (up to 20 mA) constant current circuits in place of the diodes, particularly when driving long signal cables (see Section 5). Decoupling of the data signal occurs at the output stage of the signal conditioner.

parallel for higher current levels. All line-powered signal conditioners should use higher capacity (up to 20 mA) constant current circuits in place of the diodes, particularly when driving long signal cables (see Section 5). Decoupling of the data signal occurs at the output stage of the signal conditioner.

parallel for higher current levels. All line-powered signal conditioners should use higher capacity (up to 20 mA) constant current circuits in place of the diodes, particularly when driving long signal cables (see Section 5). Decoupling of the data signal occurs at the output stage of the signal conditioner.

parallel for higher current levels. All line-powered signal conditioners should use higher capacity (up to 20 mA) constant current circuits in place of the diodes, particularly when driving long signal cables (see Section 5). Decoupling of the data signal occurs at the output stage of the signal conditioner.

parallel for higher current levels. All line-powered signal conditioners should use higher capacity (up to 20 mA) constant current circuits in place of the diodes, particularly when driving long signal cables (see Section 5). Decoupling of the data signal occurs at the output stage of the signal conditioner.

(tilt control and parallel movements) Inside the steering cylinder for controlled moves Front axle suspension Inside the horizontzal outriggers for more stability and fast adjustmens MH-Series MH & MH-Series MH200 Embedded Cylinder Solution with stroke length up to 5 m MH-Series MH Safety with SIL 2, conform to EN 61508 MH-Series MT

Temposonics® R-Series V POWERLINK O I 6 I 3. Identification a Sensor model R P 5 Profi le b Design G Magnet slider backlash free (part no. 253 421), suitable for internal linearization L Block magnet L (part no. 403 448) M U-magnet OD33 (part no. 251 416-2), suitable for internal linearization N Magnet slider longer ball-jointed arm (part no. 252 183), suitable for internal linearization

parallel for higher current levels. All line-powered signal conditioners should use higher capacity (up to 20 mA) constant current circuits in place of the diodes, particularly when driving long signal cables (see Section 5). Decoupling of the data signal occurs at the output stage of the signal conditioner.

again occur. The effect of this capacitance C = cL in parallel with the output voltage signal can be calculated as follows. 𝑖 𝑖 = 1√(1+(2 (2 𝐿+𝑅 𝑖 )( 𝐿))2). (2) If this attenuation ratio value is close to 1.0, no signal is lost. If, for

84 = Natural binary parallel transmission (16 bits) 94 = BCD 4-1/2 digits 18 bits (39999 max reading) (See Note 2) 85 = Natural binary parallel transmission (17 bits) 95 = BCD 5 digits 20 bits (99999 max reading) (See Note 2) 86 = Natural binary parallel transmission (18 bits) 9X = BCD (Ask MTS Sensors Division to complete code) (See Note 2)

parallel for higher current levels. All line-powered signal conditioners should use higher capacity (up to 20 mA) constant current circuits in place of the diodes, particularly when driving long signal cables (see Section 5). Decoupling of the data signal occurs at the output stage of the signal conditioner.

Temposonics® E-Series IO-Link Operation Manual I 6 I 3.2 Order code of Temposonics® EP/EL d Connection type D 4 4 M12 male connector (4 pin) e Operating voltage 1 +24 VDC (±25 %) f Output K IO-Link g Advanced single-position measurement or multi-position

parallel for higher current levels. All line-powered signal conditioners should use higher capacity (up to 20 mA) constant current circuits in place of the diodes, particularly when driving long signal cables (see Section 5). Decoupling of the data signal occurs at the output stage of the signal conditioner.

parallel for higher current levels. All line-powered signal conditioners should use higher capacity (up to 20 mA) constant current circuits in place of the diodes, particularly when driving long signal cables (see Section 5). Decoupling of the data signal occurs at the output stage of the signal conditioner.

parallel for higher current levels. All line-powered signal conditioners should use higher capacity (up to 20 mA) constant current circuits in place of the diodes, particularly when driving long signal cables (see Section 5). Decoupling of the data signal occurs at the output stage of the signal conditioner.

parallel for higher current levels. All line-powered signal conditioners should use higher capacity (up to 20 mA) constant current circuits in place of the diodes, particularly when driving long signal cables (see Section 5). Decoupling of the data signal occurs at the output stage of the signal conditioner.

Temposonics® R-Series Proflnet IO RT Operation Manual I 5 I 3.1 Order code of Temposonics® RP */ Non standard stroke lengths are available; must be encoded in 5 mm / 0.1 in. increments 3/ Note: Specify magnet number for your sensing application and order separately a Sensor model R P Profile b Design G Magnet slider, joint on top, backslash free (part no. 253 421)