Monitoring

RAPS air purifier model RAP-410

The RAPS air purifier model RAP-410 is an intelligent home air purification system equipped with multi-stage filters to remove dust, particles, and chemical pollutants. It features a pre-filter, HEPA H13 filter, activated carbon filter, and ionizer, eliminating up to 99.9% of airborne contaminants. The device consumes only 40 watts and is suitable for rooms up to 50 square meters. With its modern design, digital display, and smart air quality monitoring, it is ideal for homes, offices, and urban indoor spaces.

The RAPS RAP-410 air purifier includes a PM2.5 particle sensor, adjustable timer, and filter replacement alert system. Its noise level in sleep mode is below 30 dB, ensuring quiet operation. The high-quality filters are durable and easily replaceable. The body is made of impact-resistant ABS plastic, offering excellent stability under heat and pressure. The unit weighs approximately 5 kilograms and complies with CE and European safety standards, providing reliable air purification performance.

Lorch Artman 70 kW wall-mounted boiler

The Lorch Artman 70 kW wall-mounted boiler is a high-performance dual heat exchanger system with a 70 kW output and approximately 91 percent efficiency. Designed for large residential or commercial spaces, it provides simultaneous heating and domestic hot water supply. The primary heat exchanger is made of copper with an anti-scale coating, while the secondary is stainless steel for maximum durability and efficient heat transfer. The heating circuit operates up to 4 bar pressure, and the hot water flow rate reaches about 28 liters per minute at 35°C. Its fan-assisted modular burner ensures stable combustion and optimized gas consumption even at low pressure.

This model features advanced safety systems including anti-freeze protection, over-temperature control, electronic flame supervision, and precision pressure sensors. The digital display allows real-time monitoring of temperature, pressure, and fault codes. Operating noise is below 45 dB, suitable for compact boiler rooms. The unit measures 950×500×400 mm and weighs approximately 52 kg. The Artman 70 supports smart thermostat connectivity and intelligent temperature management and is engineered according to Class A energy efficiency standards.

Lorch Adena 32 kW wall-mounted boiler

The Lorch Adena 32 kW wall-mounted boiler is a dual heat exchanger system with a 32 kW output and approximately 92 percent thermal efficiency. Designed for residential and commercial spaces up to 200 square meters, it provides simultaneous space heating and domestic hot water. The primary heat exchanger is copper with an anti-scale coating, while the secondary is stainless steel to ensure efficient heat transfer and long-lasting durability. The fan-assisted electronic combustion system maintains stable performance and optimized gas consumption even at low gas pressures of 5 mbar. The heating circuit operates at 3 bar, and the domestic hot water flow rate reaches approximately 15 liters per minute at 35°C.

This boiler includes advanced safety features such as anti-freeze protection, automatic flame control, over-temperature protection, and safeguards against pressure fluctuations. The digital display provides real-time monitoring of temperature, pressure, and fault codes. Operating noise is below 39 dB, making it suitable for residential and commercial installation. The unit measures 770×420×310 mm and weighs approximately 35 kg. The Adena 32 kW model is compatible with smart thermostats and remote control systems and is engineered according to Class A energy efficiency stan

Lorch Artman 32 kW condensing wall-mounted boiler

The Lorch Artman 32 kW condensing wall-mounted boiler is a dual heat exchanger system with high thermal efficiency of approximately 94 percent and a 32 kW output. Designed for residential and commercial spaces up to 200 square meters, it provides simultaneous space heating and domestic hot water. The primary heat exchanger is copper with an anti-scale coating, while the secondary is stainless steel for optimal heat transfer and long-term durability. The fan-assisted electronic combustion system ensures stable operation and efficient gas consumption even at low gas pressures of 5 mbar. The heating circuit operates at 3 bar, and domestic hot water flow rate reaches 15 liters per minute at 35°C.

This condensing boiler includes comprehensive safety systems such as anti-freeze protection, automatic flame control, over-temperature protection, and pressure fluctuation safeguards. The digital display provides accurate monitoring of temperature, pressure, and system faults. Operating noise is below 39 dB, making it suitable for residential and commercial installation. The unit measures 770×420×310 mm and weighs approximately 35 kg. The Artman 32 kW model supports smart thermostats and remote control systems and is designed according to Class A energy efficiency standards.

Ferroli Bluehelix RRT condensing boiler

The Ferroli Bluehelix RRT condensing boiler is an advanced high-efficiency model designed with an energy efficiency of up to 108%. It features a primary heat exchanger made of AISI 316L stainless steel, providing excellent resistance to corrosion and high temperatures. The unit offers thermal capacities ranging from 24 to 35 kW, suitable for medium to large residential spaces. It operates with a fully modulating combustion system and a fan-assisted burner with electronic control for optimal fuel efficiency. The heating circuit pressure is rated up to 3 bar, with a maximum working temperature of 80°C.

Equipped with true condensing technology, the Bluehelix RRT recovers latent heat from exhaust gases, significantly reducing gas consumption. It includes a Class A high-efficiency pump, frost protection, anti-pump lock, and anti-heat exchanger blockage systems. The digital LCD interface allows precise temperature control and system monitoring. Manufactured in compliance with European ERP standards for safety and energy performance, this boiler operates quietly with a noise level below 50 dB, ensuring comfort and reliability in long-term use.

3171MR SPCO SILVER vibration switch

The 3171MR SPCO SILVER vibration switch is a mechanical vibration detection device designed to protect rotating equipment such as pumps, fans, and compressors. It operates through a vibration-sensitive mechanical mechanism that activates when the acceleration amplitude exceeds a preset threshold. The sensitivity range is adjustable between 0.5 and 5 g, with a frequency response from 5 to 1000 Hz. The output type is SPCO Single Pole Change Over with silver contacts rated at 5A, 250V AC. The housing is made of durable aluminum alloy with IP65 protection against dust and moisture.

The 3171MR switch supports manual or automatic reset and is designed for mounting on industrial machine surfaces using M6 screws. Its operating temperature range is from -25°C to +70°C, and it weighs approximately 450 grams. Compliant with IEC 60068 and CE standards, it is used in vibration monitoring systems, power plants, and process industries to prevent mechanical damage. The response time is under 10 milliseconds, and operational accuracy is within ±5% of the set value.

PMP131-A1101A1T 0-16 BAR 24VDCA4...20 pressure transmitter

The PMP131-A1101A1T pressure transmitter is a high-precision industrial sensor with a measuring range of 0 to 16 bar, designed for monitoring and controlling liquid and gas pressure. It operates with a 24V DC power supply and provides a standard 4–20 mA current output signal. The sensing element is piezoresistive with an AISI 316L stainless-steel diaphragm, offering measurement accuracy of ±0.5% of full scale. The housing is made of corrosion-resistant stainless steel with IP65 protection. The operating temperature range is -20°C to +80°C, and the maximum allowable pressure is 25 bar.

The PMP131-A1101A1T features a G1/4 threaded process connection and a DIN EN 175301-803-A electrical connector. Its response time is less than 5 milliseconds, with long-term stability below 0.2% per year. This model is suitable for hydraulic and pneumatic systems, industrial machinery, and process control applications. The device weighs approximately 180 grams and complies with CE and EMC standards for operation in electrically noisy industrial environments.

361-1402 pressure switch

The 361-1402 pressure switch is a mechanical industrial pressure control device designed for monitoring and regulating pressure in hydraulic, pneumatic, and process systems. It features an adjustable pressure range from 2 to 16 bar, with a precise setpoint adjustment screw. The contact type is SPDT, rated at 5A and 250V AC. The housing is made of nickel-plated brass, while the diaphragm is constructed from AISI 316 stainless steel for resistance to corrosive fluids and high pressure. The unit provides IP65 protection, ensuring reliable operation in demanding industrial environments.

The 361-1402 pressure switch operates within a temperature range of -20°C to +80°C and has a response time of less than 10 milliseconds. It features a G1/4 female process connection and an electrical output via a DIN EN 175301-803-A connector. The mechanical life expectancy exceeds one million switching cycles. Designed in accordance with CE and IEC 60947 standards, this model is ideal for use in pump control systems, compressors, pressure vessels, and process pipelines.

VDXCL12M1-18-00200 switch box

The VDXCL12M1-18-00200 switch box is a high-precision electro-mechanical position indicator designed for monitoring the open and closed states of rotary valves. It features two SPDT microswitches rated at 5A, 250V AC. The housing is made of epoxy-coated die-cast aluminum, providing corrosion resistance and IP67 protection. Its operating temperature range is from -25°C to +85°C, and it includes a stainless-steel shaft with NBR sealing to prevent moisture and dust ingress. The position indicator is made of durable polycarbonate with 360° visibility for clear valve status indication.

The VDXCL12M1-18-00200 switch box includes an M20×1.5 cable entry and ISO 5211 mounting base for compatibility with pneumatic and electric actuators. The shaft rotation angle is 90°, and the switch repeatability accuracy is ±1°. Each microswitch has a mechanical lifespan exceeding one million cycles, with a response time below 10 milliseconds. Designed for industrial, process control, petrochemical, and automated production systems, this device complies with CE and ATEX standards for safe operation in environments containing flammable gases or dust.

Casappa hydraulic pump repair

The hydraulic pump of the backhoe loader brand CASAPPA is one of the key components of the hydraulic system, responsible for supplying the required flow and pressure of hydraulic oil. These pumps are usually gear or piston type, with flow capacities ranging from 60 to 120 liters per minute and operating pressures between 180 and 250 bar, providing high efficiency in energy transmission. The precise gear design and optimized sealing system significantly improve performance, reduce leakage, and increase the overall service life of mechanical components.

The main reasons for CASAPPA hydraulic pump failure are oil contamination, cavitation, overload, or high operating temperatures. Early signs of malfunction include pressure drops, unusual noise, and reduced cylinder movement speed. Continued operation with a damaged pump can lead to severe issues in valves and control systems, which drastically increase the overall repair costs. Timely maintenance and oil monitoring are essential to minimize these risks.

Repairing a CASAPPA hydraulic pump typically involves disassembly, inspection of internal wear surfaces, checking seals, and replacing O-rings and bearings. In cases of major damage to gears or pistons, replacement of main components becomes necessary. Repair costs usually ran

New holland combine hydraulic pump repair

The hydraulic pump of a New Holland combine is typically an axial piston type with a swash plate design or, in some models, a vane type with a flow capacity between 90 and 130 liters per minute. This pump can generate an operating pressure range of 220 to 260 bar and is mainly responsible for powering the steering system, cutting cylinders, and feeding mechanisms. Correct pump type selection and monitoring of output flow under heavy working conditions are crucial to prevent efficiency loss and hydraulic oil overheating.

The mounting location of the New Holland combine hydraulic pump is usually on the engine’s side, close to the main gearbox. This placement allows the pump to receive direct mechanical power from the drive shaft, and the connection is commonly made via a flange coupling. At this point, high-pressure lines and return hoses to the hydraulic reservoir are installed, which must be sealed with O-rings designed to withstand pressures up to 250 bar to avoid leakage.

Repairing the New Holland combine hydraulic pump involves disassembling internal components, inspecting pistons, valves, and bearings, and measuring tolerances precisely with a digital micrometer. If wear greater than 0.05 millimeters or cracks in the housing are detected, the affected parts must be re

layland truck clutch disc

The used clutch disc and pressure plate for vintage Leyland trucks are a suitable option for replacing worn components due to their simple design and durable materials. These discs are typically made of hardened steel with diameters ranging from 400 to 420 millimeters, and the clutch plates feature friction linings resistant to heat up to 320°C. The diaphragm springs can withstand torque between 600 and 900 Nm, with an allowable wear gap between disc and plate of less than 2 millimeters. Using tested, quality used components maintains torque transfer accuracy and reduces slippage in medium-duty cycles, restoring approximately 60–70% of the clutch system’s service life compared to new units.

From a performance perspective, used Leyland clutch plates must be installed on the flywheel with proper lubrication and precise alignment to prevent excessive heat and uneven wear. Foreign particles or oil on the friction surface reduce the coefficient of friction and lower clutch efficiency. Depending on age and condition, used components are typically priced between \180 and \300, and with proper inspection for wear and cracks, the cost per 1,000 operating hours is more economical than new aftermarket alternatives.

From an engineering standpoint, Leyland clutch disc and plate des

Flender solar gearbox

The Flender planetary gearbox is a highly advanced power transmission solution designed for heavy-duty and continuous applications such as steel, mining, cement, and power generation industries. With its modular design and precision engineering, the planetary epicyclic configuration allows for the transmission of high torque in a compact footprint. The multi-stage gear arrangement and even load distribution across the gear teeth reduce wear and extend the service life of internal components, ensuring smooth and vibration-free operation.

Technically, the Flender planetary gearbox supports extremely high torque outputs—up to several million Newton-meters—and offers a wide range of gear ratios that can be tailored to the specific needs of any industrial process. These gear units are engineered and manufactured in accordance with international standards such as ISO and DIN, using high-quality materials like hardened alloy steel. Key features include flexible installation options vertical, horizontal, or flange-mounted, integrated cooling systems, and a wide selection of accessories such as brakes, couplings, and condition monitoring sensors.

Lenze solar gearbox

The Lenze planetary gearbox delivers high-efficiency power transmission through its precision-engineered multi-stage helical gear system, offering torque capacities from 200 Nm to 3.5 million Nm with mechanical efficiency exceeding 96%. Its compact design incorporates case-hardened, ground gears with optimized helix angles, reducing operational noise below 65 dBA while maintaining backlash as low as 3 arc-minutes. The reinforced housing utilizes spheroidal graphite iron EN-GJS-600 with corrosion-resistant coating, supporting radial loads up to 280 kN and axial loads of 180 kN. An integrated temperature-controlled lubrication system ensures reliable performance across -25°C to +80°C ambient conditions, ideal for packaging, material handling, and automation applications.

Lenzes modular planetary gear units feature flange-mount compatibility with IEC/NEMA motors and offer horizontal, vertical, or torque-arm installation configurations. Key structural innovations include preloaded tapered roller bearings, triple-labyrinth sealing with optional lip seals, and vibration-dampened housing geometry. Compliant with ISO 6336, AGMA 2015, and DIN 3990 standards, these gearboxes provide optional ATEX/IECEx certifications for explosive atmospheres. The hardened and ground sun/planet gear

Alpha Solar Gearbox

Alpha Planetary Gearboxes offer an extensive torque capacity range from 300 Nm to 4 million Nm with mechanical efficiency exceeding 97%, achieved through multi-stage precision helical gear design. Nitrided and ground gears with optimized helix angle maintain mechanical backlash below 2 arc minutes and reduce operational noise to less than 62 dBA. The reinforced housing, made of GGG-70 ductile iron with electrostatic coating, withstands radial loads up to 300 kN and axial loads up to 200 kN.

An intelligent lubrication system with active temperature control ensures stable performance across a temperature range of -30°C to +100°C, making this product suitable for industrial robotics, material handling systems, and heavy machinery. Preloaded tapered roller bearings and a multi-stage sealing system with a grease chamber extend operational life under harsh conditions.

The modular structure of these planetary gearboxes enables direct flange mounting onto standard IEC and NEMA motors, supporting horizontal, vertical, and angular mounting configurations. Compliance with ISO 14635-1, AGMA 6008, and DIN 3990 standards is provided, along with optional ATEX/IECEx Zone 22 certifications. Sun and planetary gears undergo vacuum heat treatment, guaranteeing a 35,000-hour service life unde

ATB Sever explosion-proof motor

The ATB Sever explosion-proof electric motor is an advanced industrial solution designed for use in environments exposed to flammable gases, vapors, and combustible dust. This Ex motor is engineered in compliance with ATEX 2014/34/EU and IECEx standards and features a protection class of IP65 to IP66. It is available with thermal class F or H and operates reliably in ambient temperatures ranging from -40°C to +60°C. These motors are manufactured in power ratings from 0.55 kW up to 400 kW, supporting voltages from 400 to 690 volts, and frequency options of 50 or 60 Hz. Mounting configurations include foot-mounted B3, flange-mounted B5, or combined B35 types. The housing is made of cast iron with an anti-corrosion epoxy coating and is offered with IC411 or IC416 cooling systems.

The flameproof ATB Sever motor supports temperature classes T3, T4, or T5, making it suitable for use in Zone 1 and Zone 2 hazardous areas. It is available in 2, 4, 6, or 8-pole designs, with rotational speeds ranging from 750 to 3000 RPM. The energy efficiency levels comply with IE2, IE3, or IE4 standards, making it ideal for industrial applications focused on energy savings. Optional features include PT100 temperature sensors, vibration monitoring, brakes, and encoders. High mechanical strength, low

RAEL Explosion Proof Electric Motor

The RAEL explosion proof electric motor, manufactured in Italy, is equipped with international ATEX and IECEx certifications, and its protection class ranges from IP55 to IP66. These motors are produced with power ratings from 0.37 to 315 kilowatts and operate at three-phase voltages between 220 and 690 volts. The operating speeds include 750, 1000, 1500, and 3000 revolutions per minute. The RAEL brand explosion-proof motor housing is made of aluminum or cast iron, offering high resistance to impact and corrosion. With insulation classes F and H, the motor guarantees operation in temperatures ranging from -40 to +55 degrees Celsius and features a spark-proof design suitable for explosive environments.

These RAEL explosion proof motors include an IC411 fan cooling system and advanced insulation to protect against moisture and heat. They also support the installation of temperature sensors and encoders for intelligent performance monitoring. Additionally, the anti-vibration system integrated into the RAEL explosion proof motor reduces noise and extends bearing life. With an explosion protection class of Ex d IIB/IIC T4, these motors are considered the ideal choice for the oil, gas, petrochemical, and mining industries.

Schroeder DG500U 3Z Krom Gas Pressure Switch

The Chrom Schroder Gas Pressure Switch model DG500U 3Z is a high-precision industrial device designed for controlling and monitoring gas supply systems. This product features a wide operating range of 50 to 500 millibar with an adjustment accuracy of ±1.5%, utilizing a sensitive diaphragm mechanism made of chromium-plated brass materials. Its durable aluminum housing with an IP65 protection rating enables use in harsh environmental conditions. The high-quality micromechanical switches in this device guarantee a lifespan of up to 800,000 operating cycles.

This pressure switch is designed in compliance with EN 161 and EN 13611 standards and holds ATEX and CE certifications for use in hazardous environments. The operating temperature range is from -30 to +80 degrees Celsius, and it can withstand voltages up to 250 volts AC with a current of 10 amps. Its specialized design is optimized for industrial combustion systems, steam boilers, and central gas supply installations. The precise threaded pressure adjustment system allows easy calibration and modification of switch points without the need for special tools.

Pressure switch Dongs GW 3 A6

The **Dungs GW 3 A6 pressure switch is a mechanical device designed for monitoring and controlling gas pressure in industrial and commercial systems. With an adjustable pressure range—typically between 10 to 200 mbar—this unit is suitable for applications such as gas burners, steam boilers, and heating systems. It features a robust construction made from high-quality materials and is equipped with a microswitch that includes both normally open and normally closed contacts, enabling seamless integration with control circuits. The device offers **IP40 protection** and delivers reliable performance in operating temperatures ranging from **-20°C to +60°C.

Manufactured by the German brand **Dungs**, the GW 3 A6 complies with European standards such as **EN 161** and **EN 1643**. This pressure switch operates on a differential principle and includes a built-in adjustment screw for setting the switching point. Its compact design and easy installation make it well-suited for gas supply and pressure control systems. Additionally, the device is engineered to withstand sudden pressure surges and gas fluctuations, ensuring a high level of safety and operational reliability.

Siemens photocell model QRA2

The Siemens photocell model QRA2 is a specialized optical sensor designed for flame detection in industrial combustion systems. This UV ultraviolet type sensor is capable of accurately detecting the presence of gas or oil flames. Its compact and durable design allows for easy installation in confined spaces, while the heat and impact-resistant housing ensures stable performance. The QRA2 photocell is fully compatible with Siemens flame control units such as the LFL, LAL, and LGK series, playing a crucial role in enhancing the safety of combustion systems.

Technically, the QRA2 photocell is sensitive to a specific wavelength of ultraviolet light that is only emitted in the presence of a real flame. This makes the sensor immune to interference from ambient light or electrical sparks, responding solely to genuine flame signals. Its structure includes a ceramic base and a robust metal casing, ensuring high durability under harsh operating conditions. The QRA2 is an ideal choice for burners that require precise, fast, and safe flame monitoring, and it is engineered in compliance with international safety and quality standards.

danfoss kp36 pressure switch

The Danfoss KP36 pressure switch is an advanced industrial pressure controller with a wide operating range of 0.2 to 36 bar, designed for heavy-duty refrigeration and air conditioning systems. This product features a sensitive diaphragm mechanism made from corrosion- and vibration-resistant materials and is housed in a stainless steel body with an IP65 protection rating. Its high-quality switching system guarantees a mechanical lifespan of over 1 million cycles and can handle currents up to 20 amps at 400V AC. The anti-vibration design ensures stable performance under harsh operating conditions.

This pressure switch is manufactured according to international standards UL, CE, EN 12263, and ISO 9001, making it ideal for use in industrial refrigeration systems, large chillers, and refrigerant gas distribution systems. With an operating temperature range from -50 to +140 degrees Celsius, it allows precise independent adjustment of cut-in and cut-out points with ±1% accuracy. Unique features include a digital pressure indicator, precise calibration screws, and compatibility with industrial monitoring systems, making it well-suited for sensitive applications in the oil and gas, petrochemical, and power generation industries.

danfoss kp35 pressure switch

The Danfoss KP35 pressure switch is an industrial pressure control device with a wide operating range of 0.2 to 35 bar, designed for heavy-duty refrigeration and air conditioning systems. This product features an advanced diaphragm mechanism made from corrosion- and vibration-resistant materials, housed in a stainless steel body with an IP65 protection rating. Its high-quality switching system guarantees a mechanical lifespan of over 1 million cycles and can handle currents up to 25 amps at 400V AC under demanding operational conditions. Vibration-resistant design and a digital pressure display are standout features of this model.

Manufactured according to international standards including UL, CE, EN 12263, and ISO 9001, the KP35 is ideal for industrial refrigeration systems, large chillers, and high-pressure compressors. With a broad operating temperature range from -50 to +150 degrees Celsius, it allows precise independent adjustment of cut-in and cut-out points with an accuracy of ±0.8%. Its capability to connect to industrial monitoring systems and resistance to harsh environmental conditions make it well-suited for use in oil and gas, petrochemical, and power plant industries. Precise calibration screws and a self-adjusting system facilitate easy maintenance and operatio

Pressure switch Dungs GW 150 A6

The Dungs GW 150 A6 pressure switch is a high-quality and precise product from the German brand DUNGS, engineered for gas pressure monitoring and widely used in industrial combustion, heating systems, and safety applications. This model is designed to control gas pressures up to 150 mbar, making it particularly suitable for applications that require high accuracy in pressure switching. Its key features include a durable mechanical design, adjustable switching precision, and a compact structure. The housing is made of a corrosion-resistant alloy, offering stable performance under varying temperature and humidity conditions.

The GW 150 A6 features an internally adjustable setpoint via a calibration screw and is typically equipped with an SPDT Single Pole Double Throw contact, enabling easy integration into control systems. Its maximum allowable operating pressure** is approximately 500 mbar, indicating strong resistance against transient pressure surges. Built in accordance with international EN and CE standards, this switch is suitable for installation in space-constrained industrial environments while ensuring complete operational safety. Thanks to its compact design and long service life, the GW 150 A6 is considered an ideal choice for sensitive and precision gas pressure con

Pressure switch Dongs GW 50 A6

The Dungs GW 50 A6 pressure switch is a precise and widely used device designed specifically for monitoring low gas pressure. This model is capable of controlling gas pressure within a range of up to 50 mbar, making it ideal for use in heating systems, industrial burners, and gas-fired equipment. One of the key features of the GW 50 A6 is its highly sensitive mechanical design , which enables accurate adjustment of the switching point. Its robust housing=, resistant to environmental conditions, and compact construction ensure easy installation and long-term durability in demanding industrial environments.

This model is equipped with an SPDT electrical contact, allowing it to connect to control circuits and respond rapidly when pressure deviates from the preset value. The switching point can be precisely adjusted via an internal set screw, and the unit operates independently of any external power supply, enhancing its safety and efficiency in systems with limited or no electricity access. The GW 50 A6 is manufactured in compliance with CE and EN European standards** and comes with recognized safety certifications, making it a reliable choice for sensitive applications requiring accurate low-pressure control.

Pressure switch Dongs GW 50 A5

The Dungs GW 50 A5 is a high-precision gas pressure switch specifically designed for low-pressure control in industrial gas systems. This model is particularly suitable for applications where the operating pressure does not exceed 50 mbar. Its mechanical design is based on a pressure-sensitive diaphragm that responds quickly and accurately to pressure changes. The GW 50 A5 is widely used in gas burners, boilers, heating equipment, and safety systems. Its housing is constructed from durable, corrosion-resistant materials, ensuring stable operation in industrial environments exposed to moisture, temperature fluctuations, and harsh conditions.

The GW 50 A5 is equipped with an SPDT Single Pole Double Throw electrical contact that integrates with control systems and issues a switching signal once the preset pressure point is reached. The switching point can be easily adjusted using an internal calibration screw, allowing customization to suit the specific requirements of each application. The maximum allowable overpressure is typically several times the working range, providing enhanced safety in the event of sudden pressure spikes. Built to meet international standards, this pressure switch is a highly reliable choice for accurate gas pressure monitoring in sensitive and safety-cr