6AG1232-4HD32-2XB0, S7-1200

6AG1232-4HD32-2XB0

SIPLUS S7-1200 SM 1232, 6AG1232-4HD32-2XB0.

S7-1200.

4-channel high-precision analog output module (for extreme temperatures).

Signal Module (SM) - analog output module.

4 analog output channels (4 AQ).

Voltage: +/-10 V, Current: 0-20 mA (supports both).

+/-10 V - 14-bit resolution (16384 steps).

0-20 mA - 13-bit resolution (8192 steps).

14 bit = 16384 steps, ultra high accuracy ~1.22 mV/step at +/-10V.

13 bit = 8192 steps, ultra high accuracy ~2.44 µA/step at 0-20mA.

Voltage: ≥2 kΩ, Current: ≤500 Ω (stable even at extreme temperatures).

Protected with high-quality conformal coating - ultra-resistant to extreme temperature conditions.

Extreme operating temperature -40…+70 °C (110 °C range).

Startup possible from -25 °C.

2XB0 - indicates extreme temperature version, highest level for analog output.

High-precision 4-channel analog signal output in S7-1200 systems, precision process control, high-precision actuator and valve control, precision servo motor control, laboratory precision equipment, high-end frequency converter control, precision temperature control, pressure and flow control, precision control in extreme temperature conditions, outdoor and harsh environment applications, precision measurement and testing equipment, calibration systems, research and development, aerospace applications, military applications, oil and gas industry, chemical processing extreme conditions, precision robotics, advanced automation systems, high-precision data acquisition systems, scientific instruments extreme environments, ultra-precision manufacturing, arctic and desert applications.

100% original, factory tested, tested in extreme temperature conditions.

High-precision 4-channel analog output module for extreme temperatures / Professional analog output module with conformal coating protection / Ultra-high resolution analog signal generator / Top-level module for precision control.

4 analog output channels, +/-10V (14 bit) / 0-20mA (13 bit), extreme temperature range (-40 to +70 °C), conformal coating protection, ultra-high resolution, S7-1200 compatibility, professional precision solution, startup at -25 °C.

Extreme temperature range operation (-40 to +70 °C), ultra-high resolution (14/13 bit), 4 channels in one module, high-quality conformal coating protection, universal output types (+/-10V and 0-20mA), highest accuracy for precision control, full S7-1200 compatibility, professional extreme solution, reliable operation in any extreme conditions, arctic and desert environment applications, cost-effective precision solution.

4 analog outputs, +/-10V (14 bit) / 0-20mA (13 bit), operating temperature -40…+70 °C, startup at -25 °C, conformal coating, S7-1200 compatibility.

110 °C temperature range, arctic conditions (-40 °C), desert conditions (+70 °C), high moisture and dust resistance.

14-bit DAC for voltage output, 13-bit DAC for current output, ultra-high accuracy and stability.

Voltage: ±0.1% (at +/-10V), Current: ±0.2% (at 0-20mA), ultra-stable even at extreme temperatures.

≤0.5 ms - ultra-fast response time for analog output.

Short circuit protection, overload protection, ESD protection, extreme temperature protection, lightning protection.

LED status indicators for each analog output channel, clearly visible even at extreme temperatures.

Individual diagnostics for each channel, load monitoring, extreme temperature monitoring, precision fault detection.

Screw terminal, 4-channel connection, ultra-resistant to extreme conditions connection.

Extreme protection level with maximum conformal coating, resistance to any extreme environmental conditions.

Advanced configuration via TIA Portal, individual settings for each channel, precision scaling and transformation.

4 high-precision analog outputs in one module, cost-effective precision solution, optimal space utilization.

Compliance with highest industrial standards, extreme conditions certificates, military and aerospace standards.

0,179 kg (due to precision components).

8,80 x 10,50 x 6,00 cm.

Germany.