Sensors and Accessories

- **True RMS Measurement:** Accurately measures true RMS voltage and current, ensuring precise readings even under distorted waveforms. - **Wide Voltage Range:** Operates from 10 V to 500 V AC (CAT III), suitable for global low‑ and medium‑voltage systems. - **High Current Measurement Capability:** Supports Rogowski Coil CTs for current ranges up to 2000 A (depending on CT model). - **High Accuracy:** Power measurement accuracy better than 0.5 % (PF = 1) for the PM‑3133‑100‑MTCP model;

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Category: Smart Sensors

Security

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Category: Smart Sensors

- **High-Precision Pt100 Element:** Utilizes a platinum resistance element with a nominal resistance of **100 Ω at 0°C**, ensuring consistent and repeatable temperature readings. - **DIN IEC 751 Class B Accuracy:** Complies with the **Class B tolerance** defined by **DIN EN 60751 (formerly IEC 751)**, providing a temperature accuracy of ±(0.3 + 0.005|t|) °C. - **Ceramic Tube Encapsulation:** The sensing element is housed in a **high-purity ceramic tube** that offers excellent electrical insulation, mechanical protection, and thermal stability. - **Compact Form Factor:** With a **1.6 mm outer diameter** and **15 mm length**, the sensor is ideal for miniature assemblies and confined installation spaces. - **Wide Temperature Range:** Suitable for operation across a broad temperature spectrum, typically from **–200°C to +600°C**, depending on the assembly and lead configuration. - **Stable and Repeatable Performance:** Platinum’s linear resistance-temperature relationship ensures long-term stability and minimal drift. - **Interchangeable Design:** Standardized resistance characteristics allow easy replacement or integration into existing Pt100-compatible systems. - **Corrosion and Oxidation Resistance:** Ceramic encapsulation and platinum element resist chemical degradation in harsh environments. - **Versatile Application:** Designed for use in industrial process control, laboratory instrumentation, HVAC systems, and precision temperature monitoring equipment.

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Category: Pt 100 Sensors RTD

- **Platinum Resistance Element (Pt100):** Utilizes a platinum sensing element with a nominal resistance of 100 Ω at 0 °C, ensuring high accuracy and repeatability. - **Ceramic Tube Encapsulation:** The sensing element is housed in a high-purity ceramic tube that provides excellent electrical insulation, mechanical protection, and thermal stability. - **Precision Class B Accuracy:** Conforms to Class B tolerance as defined by DIN IEC 751 (now IEC 60751), offering a temperature accuracy of ±(0.3 + 0.005|t|) °C. - **Compact Form Factor:** With a diameter of 1.6 mm and a length of 25 mm, the sensor is ideal for integration into narrow or confined spaces. - **High Thermal Stability:** Ceramic encapsulation ensures minimal drift and stable performance over a wide temperature range. - **Standardized Design:** Fully compliant with DIN IEC 751, ensuring interchangeability and compatibility with standard Pt100 measurement circuits and instrumentation. - **Versatile Application Range:** Suitable for use in industrial process control, laboratory instrumentation, HVAC systems, and precision temperature monitoring. - **Robust Construction:** Resistant to mechanical stress, vibration, and thermal cycling, ensuring long operational life.

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Category: Pt 100 Sensors RTD

- **Platinum Resistance Element (Pt100):** Utilizes a platinum sensing element with a nominal resistance of 100 Ω at 0 °C, ensuring high accuracy and repeatability. - **Ceramic Tube Encapsulation:** The sensing element is embedded in a ceramic tube with a **2.8 mm outer diameter** and **15 mm length**, providing excellent thermal stability and electrical insulation. - **Accuracy Class B (DIN IEC 751):** Offers a defined tolerance of ±(0.3 °C + 0.005 × |t|), suitable for general-purpose industrial and laboratory applications. - **High Temperature Stability:** Ceramic encapsulation allows operation in elevated temperature environments without degradation of measurement accuracy. - **Compact Form Factor:** The small cylindrical design (2.8 × 15 mm) enables integration into compact probes, assemblies, or embedded measurement systems. - **Standardized Resistance Curve:** Conforms to the IEC 60751 (formerly DIN IEC 751) temperature-resistance relationship, ensuring compatibility with standard Pt100 measurement circuits and controllers. - **Robust Construction:** Ceramic housing protects the platinum element from mechanical stress, oxidation, and contamination. - **Versatile Integration:** Suitable for use in thermowells, metal sheaths, or direct embedding in process sensors.

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Category: Pt 100 Sensors RTD

- **Thin-Film Technology:** Utilizes advanced thin-film deposition techniques to achieve high precision, low drift, and excellent long-term stability. - **Multiple Resistance Values:** Available in 100 Ω, 500 Ω, and 1000 Ω nominal resistance options, allowing flexibility for different measurement circuits and sensitivity requirements. - **Wide Operating Temperature Range:** Designed for reliable operation from –50 °C to +400 °C, suitable for both low-temperature and high-temperature environments. - **Compact Form Factor:** Offered in multiple package sizes (3.9 × 2.0 × 1.0 mm to 10.0 × 2.0 × 1.5 mm), enabling use in space-constrained designs and embedded systems. - **High Measurement Accuracy:** Optimized for precision measurement applications such as temperature sensing, current measurement, and calibration systems. - **Stable Temperature Coefficient:** Thin-film construction ensures minimal resistance change over temperature, providing consistent readings across the full operating range. - **Durable Construction:** Designed to withstand thermal cycling and mechanical stress, ensuring long service life in demanding industrial and laboratory environments. - **Versatile Application Range:** Suitable for use in instrumentation, process control, laboratory equipment, and electronic measurement systems.

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Category: Pt 100 Sensors RTD

- **High-Precision Pt100 Element:** Utilizes a platinum resistance element with a nominal resistance of 100 Ω at 0°C, conforming to IEC 60751 standards. - **Foil-Type Construction:** The sensing element is implemented as a thin foil, allowing for excellent thermal contact, fast response times, and minimal thermal mass. - **Silicone Encapsulation:** The sensor is embedded in a silicone matrix, providing flexibility, vibration resistance, and protection against moisture and mechanical stress. - **Temperature Range:** Operates reliably from **–120°C to +250°C**, suitable for both cryogenic and high-temperature applications. - **Accuracy Class A:** Ensures precise temperature measurement with minimal deviation, typically ±(0.15 + 0.002 × |t|) °C according to IEC 60751. - **3-Wire Configuration:** Reduces the influence of lead resistance on measurement accuracy, providing a balanced compromise between precision and wiring simplicity. - **Extended Cable Length:** Supplied with a **3-meter connection cable**, allowing flexible installation in various setups. - **LEMO Connector:** Equipped with a high-quality **LEMO plug**, ensuring secure, low-resistance electrical connection and compatibility with professional instrumentation. - **Compact Dimensions:** Measuring **32 mm × 13 mm**, the sensor offers a low-profile design ideal for surface mounting or integration into compact assemblies. - **Robust and Flexible Design:** The silicone encapsulation and foil construction make the sensor suitable for curved or irregular surfaces, ensuring consistent thermal contact.

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Category: Pt 100 Sensors RTD

- **High-Precision Pt100 Element:** Utilizes a platinum resistance element conforming to IEC 60751 standards, ensuring linear and repeatable temperature measurement. - **Accuracy Class 1/10 DIN:** Offers superior accuracy compared to standard Class A or B sensors, with minimal deviation (±0.03°C at 0°C), suitable for calibration, laboratory, and process control applications. - **Robust Stainless Steel Construction (V2A):** The probe body is made from corrosion-resistant V2A (AISI 304) stainless steel, providing durability in demanding industrial environments. - **Screw-In Design (Einschraubfühler):** M10 threaded fitting allows secure and stable installation in process housings, machinery, or thermal wells. - **Compact Dimensions:** 45 mm probe length and 18 mm immersion depth enable integration into confined spaces or compact assemblies. - **4-Wire Configuration:** Minimizes lead resistance effects and ensures high measurement accuracy over longer cable runs. - **Wide Temperature Range:** Operational range from -50°C to +150°C, suitable for a broad spectrum of industrial and laboratory applications. - **LEMO Connector Interface:** High-quality circular connector ensures reliable electrical contact, quick connection/disconnection, and compatibility with professional instrumentation. - **Stable and Repeatable Performance:** Designed for long-term stability, low drift, and consistent readings under varying environmental conditions. - **Versatile Application Range:** Ideal for process monitoring, laboratory testing, environmental chambers, and precision equipment calibration.

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Category: Pt 100 Sensors RTD

- **High-Precision Pt100 Element:** Utilizes a platinum resistance temperature detector (RTD) with Class 1/3 DIN accuracy, providing exceptional measurement precision and stability. - **Wide Temperature Range:** Operational range from –50 °C to +150 °C, suitable for a broad spectrum of industrial and laboratory temperature monitoring tasks. - **Robust Stainless-Steel Construction (V2A):** The probe body is made from corrosion-resistant stainless steel (material number 1.4301 / AISI 304), ensuring durability in harsh environments and compatibility with various process media. - **Compact Screw-In Design:** M10 threaded fitting allows secure and straightforward installation into process housings, machinery, or test setups. - **4-Wire Configuration:** Minimizes lead resistance effects, ensuring accurate signal transmission over longer cable runs and enhancing measurement reliability. - **LEMO Connector Interface:** High-quality circular connector providing quick, secure, and repeatable electrical connection; supports easy sensor replacement and maintenance. - **Industrial-Grade Build:** Designed for continuous operation in process control, automation, and laboratory measurement systems. - **Excellent Repeatability and Stability:** Ensures consistent readings over time, even under fluctuating environmental conditions. - **Compact Form Factor:** 45 mm probe length and 18 mm immersion depth enable integration into confined spaces or compact assemblies.

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Category: Pt 100 Sensors RTD

- **High-precision Pt100 sensing element:** Utilizes a platinum resistance thermometer (RTD) element with a nominal resistance of 100 Ω at 0°C, ensuring stable and repeatable temperature readings. - **DIN Class B accuracy:** Complies with IEC 60751 / DIN EN 60751 Class B tolerance standards, providing a maximum permissible deviation of ±(0.3 + 0.005 × |t|) °C. - **Wide temperature range:** Operational range from **–50°C to +150°C**, suitable for both low-temperature and moderate high-temperature applications. - **Rugged stainless steel construction:** The **V2A (AISI 304)** stainless steel housing offers excellent corrosion resistance, mechanical durability, and suitability for hygienic or industrial environments. - **Compact screw-in design:** The **M10 threaded fitting** allows easy installation into process housings, pipes, or equipment walls, ensuring secure mechanical coupling and optimal thermal contact. - **4-wire configuration:** Minimizes measurement errors due to lead resistance, enabling high-accuracy readings even over longer cable runs. - **LEMO connector interface:** Provides a robust, quick-connect electrical interface compatible with professional instrumentation and data acquisition systems. - **Versatile application range:** Ideal for process control, laboratory measurement, HVAC systems, machinery monitoring, and general industrial temperature sensing. - **Maintenance-free operation:** Designed for long service life with minimal recalibration requirements.

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Category: Pt 100 Sensors RTD

- **Dedicated Compatibility:** Designed for direct connection to SEPTFE screw-in temperature sensors, ensuring optimal electrical and mechanical fit. - **Four-Pole Configuration:** Provides four conductors for signal and power transmission, supporting sensors with multiple outputs or differential measurement circuits. - **High-Temperature Resistance:** Teflon (PTFE) insulation offers excellent thermal stability, chemical resistance, and dielectric strength, suitable for high-temperature measurement environments. - **Shielded Construction:** Integrated steel braid shielding minimizes electromagnetic interference (EMI) and radio-frequency interference (RFI), ensuring accurate and noise-free signal transmission. - **Rugged Environmental Protection:** IP65-rated connector assembly provides dust-tight sealing and protection against low-pressure water jets, suitable for industrial and outdoor installations. - **Plugged Connection:** Factory-fitted connector ensures quick, secure, and repeatable installation without the need for field wiring. - **Corrosion Resistance:** The combination of PTFE insulation and stainless-steel shielding ensures long-term durability in chemically aggressive or humid environments. - **Flexible 5-Meter Length:** Provides sufficient reach for typical sensor-to-controller distances in process instrumentation setups.

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Category: Pt 100 Sensors RTD

- **Purpose-built for Pt1000 calibration:** Designed to simulate the resistance values of Pt1000 temperature sensors at specific temperature points (e.g., 0 °C, 20 °C, 50 °C, 100 °C, 200 °C, 500 °C, and others). - **High precision and stability:** Typical tolerance of ±0.02 %, ensuring extremely accurate simulation of Pt1000 sensor characteristics. - **Low temperature coefficient (TK):** Less than 2 ppm/K, minimizing resistance variation with ambient temperature changes. - **Pre-aged Zeranin element:** The resistor element is pre-aged to eliminate initial drift and ensure long-term stability. - **Customizable resistance values:** Customer-specific resistance values can be provided upon request to match specific calibration points or system requirements. - **Excellent long-term stability:** Zeranin alloy provides outstanding resistance to aging, oxidation, and mechanical stress. - **Compact and robust design:** Suitable for laboratory, production, and field calibration environments. - **Traceable calibration:** Typically supplied with calibration data traceable to national or international standards (depending on manufacturer).

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Category: Pt 100 Simulatoren

- **Purpose-built for Pt100 calibration:** Designed to simulate the resistance values corresponding to Pt100 sensors at specific temperature points (e.g., 0 °C, 20 °C, 50 °C, 100 °C, 200 °C, 500 °C, and others). - **High precision and stability:** Typical tolerance of ±0.02 % ensures accurate and repeatable calibration results. - **Low temperature coefficient (TK):** Less than 5 ppm/°C, minimizing resistance variation due to ambient temperature changes. - **Material:** Constructed from Zeranin, a precision resistive alloy with excellent long-term stability and minimal thermoelectric effects. - **Pre-aged resistors:** Each unit undergoes a pre-aging process to stabilize resistance values and reduce long-term drift. - **Customizable values:** Customer-specific resistance values corresponding to non-standard temperature points are available upon request. - **Compact and robust design:** Suitable for laboratory, industrial, and field calibration setups. - **Traceable calibration:** Typically supplied with calibration data traceable to national or international standards (depending on manufacturer).

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Category: Pt 100 Simulatoren

- **High-Precision Pt100 Simulation:** Provides 12 discrete resistance values corresponding to standard Pt100 temperature points, enabling accurate simulation of Pt100 sensors for calibration and testing. - **Exceptional Stability:** Built with **Zeranin precision resistors** featuring a **temperature coefficient (TK) < 5 ppm/°C**, ensuring minimal drift and high repeatability even under varying ambient conditions. - **High Accuracy:** Typical resistance tolerance of **±0.02%**, allowing precise verification of temperature measurement devices and transmitters. - **Portable Handheld Design:** Compact and ergonomic **hand enclosure (Handgehäuse)** for convenient field and laboratory use. - **Passive Operation:** Requires no external power supply; operates as a passive resistance network for direct connection to measurement circuits. - **Durable Construction:** Designed for long-term use in industrial, laboratory, and service environments. - **User-Friendly Interface:** Clearly labeled switch or selector for choosing among 12 predefined resistance values corresponding to specific Pt100 temperature equivalents. - **Low Thermal EMF Design:** Minimizes thermoelectric effects between terminals and resistors, ensuring stable readings. - **Calibration Reference Tool:** Ideal for verifying the accuracy of Pt100 input channels in transmitters, controllers, PLCs, and data acquisition systems.

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Category: Pt 100 Simulatoren

- **26 Fixed Resistance Values:** Simulates 26 distinct Pt100 temperature points, enabling accurate calibration across a wide temperature range. - **High Stability and Precision:** Utilizes **Zeranin resistors** with a **temperature coefficient (TK) < 5 ppm/°C**, ensuring minimal drift and exceptional long-term stability. - **High Accuracy:** Typical tolerance of **±0.02%**, providing reliable and repeatable simulation results for precision instrumentation. - **Desktop Enclosure (Pultgehäuse):** Ergonomic, angled housing for convenient operation and clear labeling of resistance or temperature values. - **Passive Operation:** Requires no external power supply; functions as a passive resistance network for direct connection to measurement devices. - **Robust Construction:** Designed for professional calibration environments, with durable mechanical components and high-quality connectors. - **Wide Compatibility:** Suitable for all instruments, transmitters, and controllers that accept Pt100 sensor inputs (2-, 3-, or 4-wire configurations depending on model variant). - **Low Thermal EMF Design:** Minimizes thermoelectric effects between terminals, ensuring stable readings even in precision measurement setups. - **Maintenance-Free Operation:** Solid-state resistor network with no moving parts or active electronics.

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Category: Pt 100 Simulatoren

- **Six Fixed Simulation Values:** The Pt100Sim6 provides six selectable resistance values corresponding to standard Pt100 temperature points, allowing users to simulate specific temperature readings for calibration and testing. - **High Precision and Stability:** Built with **Zeranin resistors** featuring a **temperature coefficient (TK) < 5 ppm/°C**, ensuring minimal drift and exceptional long-term stability. - **High Accuracy:** Typical accuracy of **±0.02%**, enabling precise simulation of Pt100 sensor characteristics for demanding calibration tasks. - **Portable Handheld Design:** Compact and ergonomic handheld housing for convenient use in the field or laboratory. - **Passive Operation:** Does not require external power; operates as a passive resistance network, ensuring simplicity and reliability. - **Robust Construction:** Designed for durability and consistent performance under varying environmental conditions. - **Low Thermal EMF:** Internal design minimizes thermal electromotive forces, ensuring accurate resistance representation even under temperature fluctuations. - **Maintenance-Free Operation:** Solid-state resistive network with no moving parts or active components, minimizing maintenance requirements.

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Category: Pt 100 Simulatoren

- **Purpose-built design:** Tailored to fit the Pt100 Simulator in its console housing, ensuring a snug and secure fit. - **Accessory storage:** Provides additional compartments or internal space for storing cables, connectors, probes, manuals, and other small accessories associated with the Pt100 Simulator. - **Integrated shoulder strap:** Equipped with an adjustable Umhängeband (shoulder strap) for comfortable carrying, allowing hands-free transport. - **Protective construction:** Designed to protect the simulator and accessories from dust, minor impacts, and environmental exposure during transport. - **Ease of access:** Zipper or flap closure system (typical for such bags) allows quick access to the simulator without removing it entirely from the case. - **Professional appearance:** Compact, professional-looking design suitable for laboratory, industrial, or educational environments. - **Lightweight and portable:** Optimized for mobility, making it ideal for technicians, engineers, and calibration specialists who frequently move between test sites. - **Durable materials:** Constructed from robust textile or synthetic materials (typical for instrument bags) to ensure long service life and resistance to wear. - **Custom fit for Pt100 Simulator:** Ensures that the internal dimensions and padding correspond to the Pt100 Simulator’s console housing geometry.

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Category: Pt 100 Simulatoren

- **Thermocouple Type K (NiCr-Ni):** Industry-standard thermocouple type offering a broad temperature range and stable performance. - **Temperature Range:** -50°C to +600°C, suitable for both low and high-temperature applications. - **Open Sensor Tip:** Provides fast thermal response and accurate surface or air temperature readings. - **1-Meter Connection Cable:** Flexible, insulated cable for convenient installation and connection to measurement devices. - **Integrated Connector (Stecker):** Ensures secure and reliable electrical contact with compatible thermocouple inputs. - **High Accuracy and Stability:** Type K thermocouples are known for consistent output and minimal drift over time. - **Durable Construction:** Designed for industrial use, resistant to mechanical stress and moderate environmental exposure. - **Versatile Application Range:** Suitable for process monitoring, laboratory testing, heating systems, and general-purpose temperature sensing. - **Compatibility:** Works with standard thermocouple measurement instruments, controllers, and data loggers supporting Type K input. - **Ease of Integration:** Simple plug-and-measure configuration reduces setup time and ensures reliable operation.

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Category: Thermoelemente

- **Thermocouple Type K (NiCr-Ni):** Standardized thermoelectric sensor type offering a wide temperature range and stable output characteristics. - **Temperature Range:** –50 °C to +200 °C, suitable for low- to medium-temperature applications. - **Non-Insulated Junction:** Provides direct thermal contact for faster response times and improved sensitivity in dynamic temperature environments. - **Flexible Design:** The probe’s flexible construction allows installation in curved or restricted spaces, ideal for applications requiring adaptability. - **Protective Sheath:** Constructed from V2A stainless steel (AISI 304 equivalent), offering corrosion resistance, mechanical strength, and protection against environmental influences. - **Compact Dimensions:** 3 mm diameter and 100 mm probe length enable precise placement and minimal thermal mass. - **High Accuracy and Stability:** Type K thermocouples are known for consistent performance and long-term stability under repeated thermal cycling. - **Versatile Application Range:** Suitable for industrial process monitoring, laboratory testing, HVAC systems, and general-purpose temperature measurement. - **Ease of Integration:** Compatible with standard thermocouple connectors, instrumentation, and controllers supporting Type K input. - **Maintenance-Free Operation:** Simple design with minimal maintenance requirements and long service life.

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Category: Thermoelemente

- **Thermocouple Type K (NiCr–Ni):** Utilizes a nickel-chromium/nickel thermocouple junction, offering a wide temperature range and stable performance across –50 °C to +400 °C. - **High Measurement Accuracy:** Designed for precise temperature detection in industrial, laboratory, and food-processing applications. - **Robust Stainless-Steel Protection Tube:** Constructed from V2A (AISI 304) stainless steel, providing corrosion resistance, mechanical strength, and hygienic properties suitable for contact with food or chemical substances. - **Slim Probe Design:** 3 mm diameter ensures minimal thermal mass and rapid response to temperature changes. - **Extended Immersion Length:** 100 mm probe length allows deep insertion into materials or systems for accurate core temperature readings. - **Versatile Application Range:** Suitable for liquids, semi-solids, and gases; ideal for laboratory testing, industrial process monitoring, and quality control. - **Wide Compatibility:** Standardized Type K thermocouple output compatible with most temperature controllers, indicators, and data acquisition systems. - **Durable Construction:** Resistant to mechanical stress, oxidation, and moderate chemical exposure. - **Ease of Integration:** Standardized connection interface for quick installation and replacement in existing thermocouple systems.

Manufacturer: No category

Category: Thermoelemente

- **Thermocouple Type K (NiCr–Ni):** Employs a Nickel-Chromium/Nickel thermoelectric junction, offering a broad measurement range and high sensitivity for air temperature monitoring. - **Wide Temperature Range:** Capable of measuring from –50 °C up to +600 °C, suitable for both low-temperature and high-temperature applications. - **Protective Sheath:** Constructed with a V2A stainless-steel (1.4301) protection tube, providing mechanical strength, oxidation resistance, and long-term stability. - **Compact Probe Design:** Features a 3 mm diameter and 100 mm probe length, optimizing response time and minimizing thermal lag. - **High Accuracy and Stability:** Type K thermocouples are known for consistent output and reliable performance under varying environmental conditions. - **Air Measurement Optimization:** Specifically designed for air and gaseous media, ensuring accurate readings without significant conduction errors. - **Versatile Integration:** Compatible with a wide range of thermocouple measurement instruments, controllers, and data acquisition systems. - **Industrial-Grade Construction:** Suitable for continuous operation in demanding environments such as HVAC systems, process control, and laboratory testing. - **Corrosion and Heat Resistance:** The V2A sheath ensures protection against moisture, oxidation, and chemical exposure. - **Ease of Installation:** Simple mechanical mounting and electrical connection for quick deployment in existing systems.

Manufacturer: No category

Category: Thermoelemente

- **Thermocouple Type K (NiCr–Ni):** Utilizes a nickel-chromium/nickel thermocouple junction, offering a broad temperature range and stable output characteristics. - **Wide Measurement Range:** Capable of measuring surface temperatures from –50 °C up to +600 °C, covering both low- and high-temperature applications. - **Robust Construction:** Equipped with a V2A stainless-steel protective tube (3 mm diameter, 100 mm length) for mechanical protection and corrosion resistance. - **High Sensitivity and Fast Response:** The small probe diameter ensures rapid thermal response and accurate surface contact measurement. - **Versatile Application:** Suitable for use in industrial process control, laboratory testing, machinery monitoring, and surface temperature verification. - **Compatibility:** Standard Type K thermocouple output allows integration with a wide range of temperature controllers, data loggers, and measurement instruments. - **Durable and Reliable:** Designed for long-term stability under continuous operation in harsh or variable environments. - **Easy Integration:** Standardized thermocouple connection enables straightforward installation and replacement. - **Maintenance-Free Operation:** The sealed stainless-steel sheath minimizes contamination and oxidation, reducing maintenance requirements.

Manufacturer: No category

Category: Thermoelemente

- **Thermocouple Type K (NiCr-Ni):** Offers a broad measurement range from **–50°C to +600°C**, suitable for general-purpose industrial temperature monitoring. - **Immersion Design:** Optimized for direct insertion into liquids, gases, or process media, ensuring rapid thermal response and accurate readings. - **Protective Sheath:** Constructed from **V2A stainless steel (1.4301 / AISI 304)**, providing excellent resistance to oxidation, moisture, and chemical exposure. - **Compact Dimensions:** **3 mm probe diameter** allows for fast response times and minimal thermal mass, while the **100 mm immersion length** provides sufficient depth for stable temperature measurement. - **High Accuracy and Stability:** Type K thermocouples are known for their repeatability and reliability across a wide temperature range. - **Versatile Application Range:** Suitable for use in heating, ventilation, air conditioning (HVAC), process control, laboratory testing, and industrial automation. - **Easy Integration:** Compatible with standard thermocouple connectors, controllers, and data acquisition systems. - **Durable Construction:** Designed for long service life even under continuous operation in harsh environments.

Manufacturer: No category

Category: Thermoelemente

- **Thermocouple Type K (NiCr-Ni):** Utilizes a nickel-chromium/nickel thermocouple junction, offering a wide temperature range and excellent stability for general-purpose temperature measurement. - **Temperature Range:** -50 °C to +600 °C, suitable for a broad spectrum of industrial and laboratory applications. - **Probe Construction:** 3 mm diameter and 130 mm length stainless-steel (V2A) protective tube ensures durability, corrosion resistance, and mechanical stability. - **Ergonomic Handle:** Integrated handgrip provides safe handling during insertion into materials or systems under test, minimizing heat conduction to the operator. - **Flexible Connection:** 3-meter spiral cable allows extended reach and flexibility while preventing cable tangling or strain. - **Fast Response Time:** The small probe diameter and thermocouple junction design enable rapid temperature detection and stable readings. - **Compatibility:** Designed for use with all standard Type K thermocouple measuring instruments, data loggers, and temperature controllers equipped with miniature or standard thermocouple connectors. - **Robust Industrial Design:** Resistant to mechanical stress, vibration, and moderate chemical exposure, making it suitable for demanding environments. - **High Accuracy and Repeatability:** Ensures consistent measurement performance across the full temperature range.

Manufacturer: No category

Category: Thermoelemente

- **Wide Temperature Range:** Measures from –50 °C up to +600 °C, suitable for both low- and high-temperature environments. - **Type K Thermocouple (NiCr–Ni):** Industry-standard thermocouple type offering fast response, high accuracy, and broad compatibility with digital thermometers and data loggers. - **Ergonomic Handle Design:** Integrated handgrip ensures safe handling during measurement, even in elevated temperature zones. - **Durable Construction:** 3 mm diameter, 100 mm length stainless-steel (V2A) protective tube provides mechanical stability and corrosion resistance. - **Flexible Connection:** 3 m spiral cable allows extended reach and minimizes cable strain during use. - **High Sensitivity and Fast Response:** Optimized for air temperature measurement with minimal thermal lag. - **Versatile Application Range:** Suitable for HVAC testing, environmental monitoring, industrial process control, and laboratory experiments. - **Reliable and Repeatable Measurements:** Designed for consistent performance under varying environmental conditions. - **Easy Integration:** Compatible with standard thermocouple connectors and measuring devices supporting Type K input.

Manufacturer: No category

Category: Thermoelemente