SIEMENS 549-214 Analog / Digital Point eXpansion Modules

SIEMENS 549-214 Analog / Digital Point eXpansion Modules

SIEMENS 549-214 specification

Type:Analog / Digital Point eXpansion Modules
Model Number:549-214
Application Scope:Industrial Systems
Operating Voltage:24VDC
Current Consumption:Less than 50mA
Number of Channels:8
Accuracy:±0.2% of full scale
Environmental Conditions:Temperature Range: -25°C to +60°C,

Humidity: 5% to 95% RH without condensation
Weight:0.15kg

SIEMENS 549-214 Description

    Introducing the SIEMENS 549-214 Analog Point Expansion Module, an 

indispensable component for advanced industrial control systems. This module 

is engineered to deliver unparalleled precision in data acquisition, ensuring 

seamless integration with your existing infrastructure.

    Featuring 8 high-precision analog input channels, the 549-214 module allows 

for direct connection to a variety of sensors, enabling accurate measurement of 

temperature, pressure, and other critical parameters. Its compact design, measuring 

90mm x 68mm x 34mm, makes it suitable for space-constrained applications 

without compromising on functionality.

    With an operating voltage of 24VDC and a low current consumption of less than 

50mA, this module ensures efficient power usage and compatibility with a wide range 

of power supplies. Its ±0.2% accuracy at full scale guarantees reliable data 

readings, essential for critical process control applications.

    Engineered for robust performance under varying environmental conditions, 

the 549-214 module operates within a temperature range of -25°C to +60°C and 

can withstand humidity levels up to 95% RH without condensation. This ensures 

dependable operation even in harsh industrial environments.

    Installation and maintenance are streamlined with the user-friendly design of 

the SIEMENS 549-214 module. Its compact size and straightforward connection 

points facilitate quick setup, while the durable materials used in construction 

ensure longevity and reliability in continuous use scenarios.