Flow switch for water-based media flow-captor 4140.13 The flow-captor 4140.13 is a highly precise, compact, industrial flow switch. The flow-captor works according to the calorimetric principle which is evaluated by using microprocessor technology.          switch-point factory set simple commissioning reliable and durable for water-based media no moving parts LED display for power and switching status rugged design maintenance-free ISO 9001:2015 similar picture Technical data Type Medium Sensor data Set-point Medium temperature Ambient temperature Pressure Response time Repeatability Hysteresis Mechanical data Protection class Material housing Sensor pipe Thread Electrical connection Electrical data Operating voltage Current consumption Internal consumption Switching current Protective circuit Operation readiness Electrical output Electrical output indication 4140.13 water-based factory-set 30 cm/s, 80 cm/s or 120 cm/s (must be specified when ordering) -20 °C to +80 °C -20 °C to +70 °C up to 100 bar (10000 KPa) approx. 5 sec. <2% approx. 10 % IP 65 PBTP, glass fibre reinforced (Ultradur®) stainless steel AISI 303 G 1/2“ BSP or 1/2“ - 14 NPT integrated plug connection with PG9 fitting, 2 m oilflex cable 3 x 0,5 mm2 18 - 30 VDC incl. residual ripple max. 150 mA pulsed approx. 1 W ≤ 400 mA reverse polarity, short circuits and overload protection (ready for operation after correcting the short circuit) appprox. 10 sec. after applying the operating voltage 4140.13 PNP n.o. (closer) currentless LED = switch state red / green Connection diagram: PNP - Transistor - Ausgang PNP - transistor - output Sensors GmbH · S t r o h d e i c h 3 2 · D - 2 5 3 7 7 K o l l m a r · T e l . : + 4 9 4 1 2 8 - 5 9 1 · F a x : - 5 9 3 eMail: [email protected] Technica

Flow switch for water-based media flow-captor 4140.13 Gehäuseabmessungen Dimensions Sensors GmbH · S t r o h d e i c h 3 2 · D - 2 5 3 7 7 K o l l m a r · T e l . : + 4 9 4 1 2 8 - 5 9 1 · F a x : - 5 9 3 eMail: [email protected] Technical data subject to alteration! Rev. AG / 24.01.