A5E01649374 SIEMENS BREAKOUT BOARD CA COATED 24 VDC INPUTS

A5E01649374 SIEMENS BREAKOUT BOARD CA COATED 24 VDC INPUTS

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Product Details 

A5E01649374 specitications

Power supply:

Operating voltage 24 V DC safety extra low voltage permitted voltage range 18..32 V DC NEC Class 2

Current consumption max. 200 mA

Output voltage for bus termination RS-485 (D-sub jack, pin 6) 5 V DC+5/-10%,

Signaling Contact:

Function: floating contact, opens in case of error

Voltage:

CE: max. 50 V DC/30 V AC safety extra low voltage;

cULus: max. 30 V DC/30 V AC safety extra low voltage

Current max 1.0 A

Signal transmission:

Transmission rate 9.6; 19.2; 45.45; 93.75; 187.5; 500 Kbps 1.5; 3; 6; 12 Mbps

Transmission rate setting automatic

Bit error rate <10-9

Signal delay time (any input/output) ≤ 6.5 tBit

Retimer:

Input (all channels)

Signal distortion ± 30%

Bit length ± 0.12%

Output (all channels): Average bit length ± 0.01%

About SIEMENS

Into the future–step by step:with logo 8 and its web-server based machine control, the German company Mohn is taking an important step toward a digital future.

Carsten Homuth often uses the expression “step by step”. As technical project manager, he has accompanied Mohn, based in Meinerzhagen, Germany, on its way to becoming one of the market leaders for hygiene sluices, washing systems, and stainless steel plant equipment for the food processing industry. On a step-by-step basis, he also refitted the product range to run on control systems with the LOGO! logic module. These two things go hand in hand with each other.

This is interesting for innovation driver Mohn, particularly with regard to the use of energy and resources: “We are the only company on the market that can do without detection sensors in optical form for shoe sole cleaning,” explains Homuth. With printed circuit boards controlling the process, the sensor only detects when someone enters the sluice. The brushes then run for a preset time interval, even if the employee steps out after only half the time has elapsed.

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