SCHNEIDER 140ACI04000 Analog input module

SCHNEIDER 140ACI04000 Analog input module

SCHNEIDER 140ACI04000

Product Details:
Country of Origin: USA
Brand:SCHNEIDER
Model: 140ACI04000
Minimum order quantity :1 item
Packaging parts: raw materials for new plant and separate packaging
Delivery time :2-3 working days
Payment: Bank transfer, Western Union

Contact: Han Fangting Sales Manager
Mobile phone: 18030042035
QQ:748141623
EMAIL:748141623@qq.com
Website: www.changxindcs.com
www.changxinsz.com

SCHNEIDER 140ACI04000

Product Description:

The Schneider Electric 140ACI04000 module is a 16-way multi-range analog input module for the Modicon Quantum automation platform. The module can be used to collect various industrial signals, such as temperature, pressure, flow, etc.

Product parameters:

SCHNEIDER 140ACI04000 Analog input module

Number of analog inputs: 16

SCHNEIDER 140ACI04000 Analog input module1
Input type: differential
Address Requirement: 17 Enter a word
Analog input resolution:
0… 16000 count: 4… 20 mA
0… 20000 Count: 0… 20 mA
0… 25000 Count: 0… 25 mA
0… 4095 Count: 4… 20 mA
Absolute maximum input: 30 mA
Input impedance: 250Ω
Absolute accuracy error: +/- 0.125% full scale
Linearity error:
Max +/ -12 μA 4… 20 mA
Max. +/- 6 μA 0… 20 mA
Max. +/- 6 μA 0… 25 mA
Max. +/- 6 μA 4… 20 mA
Temperature deviation accuracy: +/ -0.0025% full scale /°C <= 0.0050% full scale /°C
Common mode rejection: > -90 dB 60 Hz
Insulation between each channel and the bus: 1780 V AC for 60 s
Update time: 15 ms 2-wire / 4-wire
Fault type: Disconnected 4… 20 mA
Mark: CE
Local signal indication: 1 LED (green) for bus communication in progress (active): 1 LED (red) for external failure: 16 leds (green) for channel Open: 16 leds (red) for channel failure:
Required bus current: 360 mA
Power consumption W: 5 W
Module classification: Standard
Specifications:

Dimensions: 102.3mm x 203.2mm x 9.5mm
Weight: 0.3kg
Operating temperature: -40°C to +70°C
Storage temperature: -40°C to +85°C
Application scenario:

Mechanical control
Process control

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