- **High-Precision Bridge Amplifier:** Specifically engineered for bridge and DMS (Dehnungsmessstreifen, strain gauge) applications. - **Input Sensitivity:** 2.0 mV/V nominal, optimized for standard strain gauge sensors. - **Amplification Factor:** 500× gain, enabling conversion of low-level millivolt signals into robust ±5 V analog outputs. - **Output Signal:** Bipolar analog output of ±5 V, suitable for direct interfacing with data acquisition systems, PLCs, and analog input modules. - **Excellent Linearity and Stability:** Ensures accurate signal reproduction across the full measurement range. - **Low Noise Design:** Minimizes signal distortion and interference, maintaining high measurement fidelity. - **Wide Compatibility:** Supports a variety of bridge-based transducers including load, pressure, and torque sensors. - **Compact and Robust Construction:** Designed for industrial environments with stable mechanical and electrical performance. - **Ease of Integration:** Standardized output and input characteristics simplify system integration. - **Reliable Power and Signal Isolation:** Provides electrical isolation between input and output circuits (if applicable, depending on configuration).

Manufacturer: No category

Category: Standard Mod.

- **High-Precision Bridge Amplifier:** Specifically designed for bridge and DMS (Dehnungsmessstreifen, strain gauge) sensors. - **Input Sensitivity:** Supports sensors with a nominal sensitivity of **2.5 mV/V**, ensuring compatibility with a wide range of strain gauge and load cell types. - **Amplification Factor:** Provides a **400× gain**, enabling low-level millivolt signals to be converted into robust ±5 V analog outputs suitable for data acquisition systems. - **Standardized Output:** Delivers a **bipolar ±5 V output**, compatible with most analog input modules, controllers, and measurement systems. - **Stable and Linear Performance:** Ensures minimal drift, low noise, and high linearity across the entire measurement range. - **Robust Design:** Engineered for industrial environments, offering reliable operation under varying temperature and load conditions. - **Ease of Integration:** Compact form factor and standardized electrical interfaces simplify integration into existing measurement setups. - **Signal Conditioning:** Provides excitation, amplification, and filtering functions for bridge sensors, ensuring clean and accurate signal transmission. - **Versatile Applications:** Suitable for force, pressure, torque, and displacement measurement systems using strain gauge technology.

Manufacturer: No category

Category: Standard Mod.

- **Signal Conversion:** Converts a standard **4–20 mA current input** into a **0–5 V voltage output**, enabling interoperability between current loop sensors and voltage-based control systems. - **High Accuracy:** Designed for precise linear conversion with minimal signal distortion or drift. - **Industrial Compatibility:** Fully compatible with standard industrial 2-wire and 3-wire current loop transmitters. - **Wide Application Range:** Suitable for process control, automation systems, data acquisition, and monitoring applications. - **Compact Design:** Space-efficient form factor for easy integration into control panels or DIN rail-mounted enclosures. - **Electrical Isolation (if applicable):** Provides galvanic isolation between input and output circuits to prevent ground loops and interference (depending on configuration). - **Robust Construction:** Built to withstand industrial temperature ranges, vibration, and electrical noise. - **Ease of Integration:** Standardized input/output ranges simplify configuration and reduce setup time. - **Low Power Consumption:** Optimized for continuous operation in industrial environments with minimal energy demand. - **Maintenance-Free Operation:** Solid-state design ensures long-term reliability without mechanical wear.

Manufacturer: No category

Category: Standard Mod.

- **Signal Conversion:** Converts analog current input (0–20 mA) to a proportional voltage output (0–5 V). - **High Accuracy:** Ensures precise linear conversion with minimal signal distortion or drift. - **Industrial Compatibility:** Designed for use in standard 2-wire or 4-wire current loop systems. - **Wide Application Range:** Suitable for process monitoring, automation control, and sensor signal conditioning. - **Compact Design:** Space-saving form factor for DIN rail or panel mounting. - **Electrical Isolation (if applicable):** Provides galvanic isolation between input and output circuits to prevent ground loops and interference (typical for devices in this category). - **Stable Output:** Maintains consistent voltage output even under varying load conditions. - **Low Power Consumption:** Optimized for continuous operation in industrial environments. - **Rugged Construction:** Built to withstand vibration, temperature fluctuations, and electrical noise. - **Ease of Integration:** Compatible with standard analog input modules of PLCs and controllers.

Manufacturer: No category

Category: Standard Mod.

- **Thermocouple Type:** Type K (Nickel-Chromium / Nickel) - **Measurement Range:** –50 °C to +1000 °C - **Output Signal:** ±5 V analog output proportional to temperature - **Sensitivity:** 5 mV/°C - **Sampling Rate:** 10 Hz (update frequency) - **Linearization:** Output linearized across the full temperature range - **High Accuracy:** Optimized for stable and repeatable readings with minimal drift - **Wide Operating Range:** Suitable for both low and high-temperature industrial processes - **Robust Construction:** Designed for durability in demanding environments - **Compatibility:** Standardized output for easy integration with analog input modules, PLCs, and DAQ systems - **Low Noise Design:** Ensures stable signal transmission and minimal interference - **Fast Response:** 10 Hz update rate supports dynamic temperature monitoring applications The VMDTEK3702’s combination of wide temperature range, linearized voltage output, and high sensitivity makes it ideal for precision temperature monitoring, process control, and laboratory instrumentation. Its ±5 V output ensures compatibility with most standard analog measurement systems without the need for additional signal conditioning.

Manufacturer: No category

Category: Standard Mod.

- **Thermocouple Type K (NiCr–Ni):** Utilizes a nickel-chromium/nickel alloy junction for reliable and repeatable temperature sensing across a wide range. - **Wide Measurement Range:** Capable of measuring temperatures from **–50°C to +500°C**, suitable for both low- and mid-range thermal processes. - **High Sensitivity:** Provides a linearized output of **10 mV per °C**, enabling fine resolution and accurate analog signal representation. - **Analog Output ±5 V:** Scaled voltage output compatible with standard analog input modules, PLCs, and data loggers. - **Sampling Frequency 10 Hz:** Ensures real-time temperature tracking with a 100 ms update rate, ideal for dynamic thermal processes. - **Linearized Output (o.Lin.):** The signal is conditioned to provide a linear voltage-to-temperature relationship, simplifying integration and calibration. - **Robust Construction:** Designed for industrial reliability, with stable performance under varying environmental conditions. - **Ease of Integration:** Standardized electrical characteristics allow direct connection to measurement and control systems without additional signal conditioning. - **Low Drift and High Stability:** Ensures consistent readings over extended operational periods. - **Compact and Durable Design:** Suitable for installation in confined spaces or embedded systems.

Manufacturer: No category

Category: Standard Mod.

- **Thermocouple Type:** Type K (Nickel-Chromium / Nickel, NiCr–Ni) - **Temperature Range:** -50°C to +250°C - **Output Signal:** ±5 V analog output - **Sensitivity:** 20 mV/°C - **Sampling Frequency / Response Rate:** 10 Hz - **Output Linearity:** o.Lin. (optimized linearization for consistent voltage-temperature correlation) - **High Accuracy:** Designed for precise thermal measurement with minimal drift - **Wide Compatibility:** Suitable for integration with standard analog input modules, data acquisition systems, and temperature controllers - **Rugged Construction:** Built to withstand industrial conditions and temperature cycling - **Low Noise Output:** Ensures stable readings even in electrically noisy environments - **Compact Design:** Facilitates easy installation in confined or embedded systems The VMDTEK3704’s combination of a Type K thermocouple element and a conditioned ±5 V output makes it ideal for systems that require direct voltage input without additional signal conditioning. Its 10 Hz update rate provides a balance between responsiveness and signal stability, suitable for both dynamic and steady-state temperature monitoring.

Manufacturer: No category

Category: Standard Mod.

- **Thermocouple Type:** Type K (Nickel-Chromium/Nickel, NiCr–Ni) - **Measurement Range:** –50 °C to +100 °C - **Output Signal:** ±5 V analog output proportional to temperature - **Sensitivity:** 50 mV/°C, enabling fine temperature resolution - **Sampling Frequency:** 10 Hz (10 samples per second) for real-time monitoring - **Linearization:** Output is specified as “o.Lin.” (ohne Linearisation / without linearization), meaning the raw thermoelectric voltage is directly converted to a proportional voltage output without internal compensation or linear correction. - **High Stability:** Designed for consistent performance across the specified temperature range - **Robust Construction:** Built for industrial and laboratory environments requiring reliable temperature sensing - **Compatibility:** Suitable for integration with analog measurement systems, data acquisition units, and control modules that accept ±5 V input signals - **Ease of Integration:** Standardized output and signal characteristics simplify connection to existing instrumentation - **Low Noise Design:** Optimized for stable readings with minimal electrical interference

Manufacturer: No category

Category: Standard Mod.

- **Wide Temperature Range:** Measures from **–50°C to +250°C**, suitable for both low- and medium-temperature industrial processes. - **High Sensitivity:** Output scaling of **20 mV per °C**, enabling precise analog signal interpretation. - **Configurable Wiring:** Supports **2-wire and 3-wire Pt100 configurations**, allowing compensation for lead resistance and improved measurement accuracy. - **Analog Voltage Output:** Provides a **±5 V output signal**, compatible with standard analog input modules, PLCs, and DAQ systems. - **Stable Platinum Element:** Utilizes a **Pt100 platinum resistance element**, known for its linear resistance-temperature relationship and long-term stability. - **Compact and Robust Design:** Built for durability in industrial environments, with materials selected for thermal stability and mechanical resilience. - **High Accuracy and Repeatability:** Ensures consistent readings over time, minimizing drift and calibration frequency. - **Easy Integration:** Standardized output and wiring make it compatible with a wide range of instrumentation and control systems. - **Low Noise and High Signal Integrity:** Designed to minimize electrical interference, ensuring clean analog output signals.

Manufacturer: No category

Category: Standard Mod.

- **Wide Temperature Range:** Measures from –50°C up to +100°C, covering a broad range of industrial and environmental conditions. - **High Sensitivity:** Provides a linear output of 50 mV per °C, ensuring precise analog signal representation of temperature changes. - **Standardized Output:** ±5 V analog output compatible with most data acquisition systems, PLCs, and analog input modules. - **2/3-Wire Configuration:** Supports both 2-wire and 3-wire Pt100 connections, allowing compensation for cable resistance and improved measurement accuracy. - **Platinum RTD Element (Pt100):** Utilizes a high-stability platinum resistor with a nominal resistance of 100 Ω at 0°C, ensuring long-term accuracy and repeatability. - **Robust Construction:** Designed for industrial environments, offering mechanical durability and stable performance under vibration and thermal cycling. - **Linear Signal Conditioning:** Integrated electronics provide linearization and amplification of the Pt100 signal, simplifying integration into control systems. - **Low Drift and High Stability:** Ensures consistent performance over time and across varying environmental conditions. - **Compact Design:** Suitable for installation in confined spaces or embedded systems. - **Easy Integration:** Standard voltage output allows direct connection to analog measurement and control devices without additional signal converters.

Manufacturer: No category

Category: Standard Mod.

- **Temperature Measurement Range:** –50°C to +50°C - **Sensor Type:** Pt100 (Platinum Resistance Temperature Detector, RTD) - **Output Signal:** ±5 V analog output proportional to temperature - **Sensitivity:** 100 mV/°C linear output scaling - **Connection Type:** 2-wire or 3-wire configuration for compensation of lead resistance - **High Accuracy and Stability:** Platinum RTD element ensures precise and repeatable measurements - **Wide Compatibility:** Suitable for analog input modules, data acquisition systems, and process controllers - **Robust Design:** Engineered for industrial environments with stable performance under varying conditions - **Low Drift:** Maintains calibration accuracy over time and temperature cycles - **Ease of Integration:** Standard voltage output simplifies connection to control and monitoring equipment

Manufacturer: No category

Category: Standard Mod.

- **High-Precision Voltage Amplification:** Converts low-level input signals (±10 mV) into a high-level output (±5 V), enabling accurate signal scaling for measurement and control systems. - **Wide Bandwidth:** Operates effectively up to **10 kHz**, supporting dynamic signal applications such as vibration, pressure, or strain measurements. - **Linear Response:** Maintains consistent gain and phase characteristics across the specified frequency range, ensuring signal integrity. - **Low Noise Design:** Optimized internal circuitry minimizes noise and interference, preserving signal quality even at low input levels. - **Differential Input Configuration:** Accepts bipolar input signals, improving common-mode noise rejection and measurement accuracy. - **Standardized Output Range:** ±5 V output compatible with most analog input channels in industrial controllers, PLCs, and DAQ systems. - **Compact Modular Form Factor:** Designed for integration into control cabinets, instrumentation racks, or modular signal conditioning systems. - **Stable Gain Factor:** Fixed gain ratio of approximately 500:1 (from ±10 mV input to ±5 V output), ensuring repeatable performance. - **Industrial Reliability:** Built for continuous operation in demanding environments, with robust electrical isolation and thermal stability.

Manufacturer: No category

Category: Standard Mod.

- **High-Precision Voltage Amplification:** Converts low-level input signals (±100 mV) into a standard ±5 V output range, suitable for analog control and data acquisition systems. - **Wide Bandwidth:** Operates effectively up to 10 kHz, ensuring accurate reproduction of dynamic signals within this frequency range. - **Stable Gain Factor:** Provides a fixed gain ratio of 50 (±5 V output from ±100 mV input), ensuring consistent signal scaling. - **Low Noise and Distortion:** Designed for high signal fidelity, minimizing noise introduction and maintaining signal integrity. - **Differential Input Configuration:** Supports bipolar input signals, improving common-mode noise rejection and measurement accuracy. - **Compact and Robust Design:** Suitable for integration into industrial environments, control cabinets, and instrumentation racks. - **Standardized Output Range:** ±5 V output compatible with most analog input channels of PLCs, DAQ systems, and controllers. - **Frequency Response Optimization:** Maintains linear amplification characteristics up to 10 kHz, ideal for low- to mid-frequency analog signals. - **Industrial Reliability:** Built for continuous operation in demanding environments with stable thermal and electrical performance.

Manufacturer: No category

Category: Standard Mod.

- **Fixed Voltage Gain:** Amplifies input signals from ±1.0 V to ±5.0 V, providing a precise gain factor of 5. - **Bandwidth:** Operates effectively up to 10 kHz, ensuring accurate signal reproduction for low- to mid-frequency analog signals. - **High Linearity:** Maintains proportional signal amplification with minimal distortion or phase shift across the specified frequency range. - **Stable Operation:** Designed for consistent performance under varying load and temperature conditions. - **Compact Form Factor:** Suitable for integration into control cabinets, instrumentation racks, or modular signal conditioning systems. - **Low Noise Design:** Ensures clean signal amplification with minimal interference or noise introduction. - **Input and Output Isolation (if applicable):** May include galvanic isolation between input and output circuits to prevent ground loops and enhance measurement safety. - **Industrial Reliability:** Built for continuous operation in industrial environments, with robust construction and reliable electronic components. - **Ease of Integration:** Compatible with standard analog signal interfaces and control systems. - **Application Flexibility:** Suitable for measurement, control, and monitoring systems requiring precise voltage scaling.

Manufacturer: No category

Category: Standard Mod.

- **Precision Voltage Amplification:** Converts and scales analog input signals from ±10 V to ±5 V output range with high linearity and low distortion. - **10 kHz Bandwidth:** Optimized for low- to mid-frequency analog signals, suitable for control loops, monitoring systems, and general signal conditioning. - **Differential Input Configuration:** Accepts bipolar input voltages, ensuring compatibility with a wide range of sensors and transducers. - **Stable Gain Characteristics:** Designed for consistent amplification across the specified frequency range, minimizing drift and noise. - **Compact Modular Design:** Suitable for DIN-rail or panel mounting in industrial enclosures. - **High Signal Integrity:** Low noise floor and high common-mode rejection ratio (CMRR) for accurate signal reproduction. - **Industrial-Grade Reliability:** Built for continuous operation in demanding environments with robust electrical and mechanical design. - **Ease of Integration:** Standardized input/output voltage levels allow direct interfacing with PLCs, data acquisition systems, and analog controllers.

Manufacturer: No category

Category: Standard Mod.

- **True RMS Measurement:** Provides precise RMS conversion of AC signals, ensuring accurate readings regardless of waveform shape (sine, square, or distorted signals). - **Wide Frequency Response:** Operates effectively from 10 Hz to 5 kHz, suitable for both low-frequency and mid-range AC signal applications. - **Low-Level Input Sensitivity:** Accepts differential input signals up to ±10 mV, ideal for small-signal measurement and sensor-level monitoring. - **Standardized Output:** Delivers a 0–5 V DC output proportional to the RMS value of the input, compatible with most analog input modules, PLCs, and data acquisition systems. - **High Accuracy and Stability:** Designed for precision measurement applications requiring minimal drift and high linearity. - **Compact and Robust Design:** Engineered for industrial environments, offering mechanical durability and electrical reliability. - **Ease of Integration:** Standard voltage output simplifies interfacing with control systems, recorders, and monitoring equipment. - **True RMS Conversion Technology:** Utilizes advanced analog computation circuitry to ensure accurate RMS representation even for non-sinusoidal waveforms.

Manufacturer: No category

Category: Standard Mod.

- **True RMS Measurement:** Provides accurate RMS conversion for AC signals, independent of waveform shape (sine, square, triangular, or distorted signals). - **Wide Frequency Range:** Operates effectively from **10 Hz to 5 kHz**, ensuring compatibility with both low-frequency and mid-frequency AC signals. - **Input Range:** Accepts differential input signals up to **±100 mV**, suitable for low-level AC voltage measurement. - **Output Range:** Provides a **0–5 V DC output**, linearly proportional to the RMS value of the input signal. - **High Accuracy and Stability:** Designed for precision measurement applications requiring consistent performance over time and temperature variations. - **Compact and Modular Design:** Typically housed in a DIN-rail or panel-mountable enclosure for integration into industrial systems. - **Low Noise and High Linearity:** Ensures minimal distortion and high fidelity in signal conversion. - **True RMS Conversion Technology:** Utilizes precision analog computation circuitry to calculate the RMS value, unaffected by waveform distortion or DC offsets. - **Industrial-Grade Reliability:** Built for continuous operation in demanding environments such as process control, power monitoring, and laboratory instrumentation.

Manufacturer: No category

Category: Standard Mod.

- **True RMS Measurement:** Accurately measures the root mean square (RMS) value of AC signals, ensuring correct readings for both sinusoidal and non-sinusoidal waveforms. - **Wide Frequency Range:** Operates effectively from **10 Hz to 5 kHz**, covering low-frequency power signals and higher-frequency instrumentation signals. - **Input Range:** Accepts **±1.0 V AC** input, suitable for low-level voltage measurement applications. - **Output Range:** Provides a **0–5 V DC** output proportional to the RMS value of the input signal, compatible with standard analog input modules, PLCs, and data acquisition systems. - **High Accuracy and Stability:** Designed for precision measurement with minimal temperature drift and excellent linearity across the specified range. - **Compact and Robust Design:** Typically housed in a DIN-rail or panel-mountable enclosure for easy integration into control panels or test setups. - **Galvanic Isolation (if applicable):** Many models in this class include input-to-output isolation to prevent ground loops and protect connected equipment. - **Low Noise and High Signal Integrity:** Optimized internal circuitry ensures low noise and stable output even in electrically noisy environments. - **Industrial Compatibility:** Designed for integration into process control, monitoring, and automation systems.

Manufacturer: No category

Category: Standard Mod.

- **True RMS Measurement:** Accurately measures the root mean square (RMS) value of AC signals, ensuring precise readings even for non-sinusoidal waveforms. - **Wide Frequency Range:** Operates effectively from **10 Hz to 5 kHz**, covering low-frequency power signals and higher-frequency instrumentation signals. - **Input Range:** Accepts **±10.0 V AC** input signals, suitable for a variety of sensor and transducer outputs. - **Output Range:** Provides a **0–5 V DC** analog output proportional to the RMS value of the input signal. - **High Accuracy and Stability:** Designed for industrial-grade performance with minimal drift and high linearity across the entire measurement range. - **Galvanic Isolation (if applicable):** Many models in this series include isolation between input, output, and power supply to prevent ground loops and enhance measurement safety. - **Compact Modular Design:** Typically DIN-rail mountable for easy integration into control panels and instrumentation racks. - **Low Noise and High Signal Integrity:** Engineered for environments requiring clean, stable analog outputs for data acquisition or control systems. - **Versatile Application Range:** Suitable for monitoring AC voltage in power systems, instrumentation, laboratory testing, and automation processes.

Manufacturer: No category

Category: Standard Mod.