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Honeywell DWR06
Honeywell DWR06
Honeywell DWR06
Honeywell DWR06
Honeywell DWR06
Honeywell DWR06
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In Stock
Pressure monitor module

DWR06

Spare Part Number

PNDWR06

Product Information:

Pressure monitor (pressure switch)

DWR Pressure Monitors

Suitable for fuel gases and liquid

fuels like fuel oil.

Product image is representative; revision or series may vary. Contact us to request a specific version.
  • One-year warranty
  • Global shipping
  • Exact-model verification
Technical specifications for

DWR06

0 TECHNICAL PARAMETERS
  • Manufacturer:
    Honeywell
  • Product Category:
    General Automation
  • Spare Part Number:
    DWR06
  • Estimated shipping dimensions:
    15 x 3 x 10 cm
  • Weight:
    0.68 kg
  • Tariff Code:
    8537101190
  • Country of origin:
    USA
  • Place of shipment:
    Xiamen, Fujian, China
  • Mounting position:
    Vertically upright and horizontal
  • Ambient temperature at switching device:
    –25…+70°C
  • Medium temperature:
    –25…+70°C
  • Capacity:
    5 A inductive or 8 A resistive at 250 VAC
  • Protection Class:
    IP 54
  • Pressure Range:
    0.1 to 0.6 bar
  • Relative humidity:
    15 to 95% (non-condensing)
  • Series:
    Honeywell
  • Stock:
    10
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  • 01

    Factory Sealed

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  • 02

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  • 03

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    New and current product sourced through the manufacturer or authorized supply channel when expressly confirmed in the quotation.

Information

Overview Manuals Principle Core Applications

Features:

  • Pressure monitor (pressure switch)
  • External thread G 1/2 (pressure gauge connection) to DIN 16 288
  • Internal thread G 1/4 to ISO 228 Part 1 (for gas applications internal thread permissible only up to 4 bar)
Provides reliable pressure monitoring and pressure limiting control for mechanical and process systems. Its core function is to monitor pressure levels in equipment such as compressors, pumps, boilers, and hydraulic units, ensuring operating parameters remain within safe preset ranges. When the pressure reaches a threshold, the device sends a precise switching signal to protect the equipment from overpressure or underpressure, thus supporting safe and continuous operation.

It features an adjustable switching point, a durable contact mechanism, and compatibility with standard control circuits, allowing for seamless integration into PLC-based or relay-based control architectures. Its robust mechanical design and environmental resistance make it suitable for harsh industrial environments where long-term reliability and low maintenance costs are paramount.

The DWR06 Honeywell Pressure monitor module may still be available for purchase and support from Moore Automated Company beyond End-Of-Life (EOL) by the manufacturer (OEM).
Honeywell DWR06 Pressure monitor module Manuals(Datasheets), Link Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
The DWR06 operates based on a mechanical pressure sensing element (typically a diaphragm or bellows) that responds to changes in system pressure. When the pressure increases or decreases, the sensing element deflects, actuating a spring-loaded switching mechanism. Once the preset pressure threshold is reached, the electrical contacts change state (open or closed), sending a signal to the connected control or protection system. This electromechanical process enables rapid and reliable pressure limit monitoring without the need for complex electronic components.
The DWR06 is primarily used as a pressure monitor or pressure limiter to protect equipment in the following areas:
1. Steam Systems: Monitors steam pressure according to standards such as TRD 604 and DIN EN 12953-9.
2. Hot Water Systems: Protects hot water heating systems according to standards DIN EN 12828 and DIN EN 12952-11.
3. Combustible Gases: Monitors gas systems (compliant with DVGW G 260 worksheet).
4. Liquid Fuels: Protects pipelines transporting liquid fuels (e.g., fuel oil).
5. Pressure Tanks: Monitors pressure within pressure tanks according to standard DIN EN 764-7.
PRODUCT & ORDER FAQS

Questions buyers ask about DWR06

  • How does the Honeywell DWR06 pressure switch achieve highly precise pressure monitoring in industrial control environments? The DWR06 employs a robust mechanical sensing element combined with a calibrated switching mechanism to detect pressure variations with high repeatability and stability across demanding process applications. Q2. Why is the Honeywell DWR06 particularly suitable for safety-critical pressure supervision tasks? The DWR06 is engineered with reliable switching contacts and durable construction, enabling dependable operation in environments where accurate pressure threshold detection is essential for equipment protection and process safety. Q3. What types of media can the Honeywell DWR06 safely monitor without compromising measurement integrity? The DWR06 is designed to handle gases, vapors, and liquids compatible with its pressure chamber materials, ensuring long-term stability and corrosion resistance under diverse industrial conditions. Q4. How does the Honeywell DWR06 enable configurable pressure setpoint adjustment for different operational scenarios? The DWR06 features an adjustable setpoint mechanism that allows technicians to fine-tune switching thresholds, enabling precise customization for specific pressure ranges and process requirements. Q5. In what ways does the Honeywell DWR06 enhance system reliability through mechanical durability and environmental resilience? The DWR06 incorporates rugged housing, vibration resistance, and long electrical contact life, making it suitable for harsh industrial installations such as compressors, pumps, and hydraulic systems. Q6. How does the Honeywell DWR06 contribute to automation and control system integration? The DWR06 provides clean, discrete switching outputs that can be directly interfaced with PLCs, relays, or alarm systems, allowing seamless inclusion in automated safety and monitoring architectures. Q7. Why is the Honeywell DWR06 advantageous for preventive maintenance and equipment protection strategies? By delivering early detection of abnormal pressure conditions, the DWR06 helps prevent equipment damage, reduce unplanned downtime, and support predictive maintenance programs. Q8. How does the Honeywell DWR06 maintain switching accuracy over extended operational lifecycles? The DWR06 utilizes precision calibration, stable mechanical components, and temperature-resilient materials to ensure consistent switching performance even after prolonged use. Q9. What installation and mounting considerations should be evaluated when deploying the Honeywell DWR06? The DWR06 is designed for flexible mounting positions, but proper orientation, vibration mitigation, and secure pressure connection are essential to ensure accurate sensing and reliable switching. Q10. How does the Honeywell DWR06 ensure fail-safe pressure monitoring in mission-critical applications? The DWR06 uses a deterministic mechanical switching principle that guarantees immediate contact actuation when pressure thresholds are exceeded, ensuring fast protective response in critical systems.

    How does the Honeywell DWR06 pressure switch achieve highly precise pressure monitoring in industrial control environments? The DWR06 employs a robust mechanical sensing element combined with a calibrated switching mechanism to detect pressure variations with high repeatability and stability across demanding process applications. Q2. Why is the Honeywell DWR06 particularly suitable for safety-critical pressure supervision tasks? The DWR06 is engineered with reliable switching contacts and durable construction, enabling dependable operation in environments where accurate pressure threshold detection is essential for equipment protection and process safety. Q3. What types of media can the Honeywell DWR06 safely monitor without compromising measurement integrity? The DWR06 is designed to handle gases, vapors, and liquids compatible with its pressure chamber materials, ensuring long-term stability and corrosion resistance under diverse industrial conditions. Q4. How does the Honeywell DWR06 enable configurable pressure setpoint adjustment for different operational scenarios? The DWR06 features an adjustable setpoint mechanism that allows technicians to fine-tune switching thresholds, enabling precise customization for specific pressure ranges and process requirements. Q5. In what ways does the Honeywell DWR06 enhance system reliability through mechanical durability and environmental resilience? The DWR06 incorporates rugged housing, vibration resistance, and long electrical contact life, making it suitable for harsh industrial installations such as compressors, pumps, and hydraulic systems. Q6. How does the Honeywell DWR06 contribute to automation and control system integration? The DWR06 provides clean, discrete switching outputs that can be directly interfaced with PLCs, relays, or alarm systems, allowing seamless inclusion in automated safety and monitoring architectures. Q7. Why is the Honeywell DWR06 advantageous for preventive maintenance and equipment protection strategies? By delivering early detection of abnormal pressure conditions, the DWR06 helps prevent equipment damage, reduce unplanned downtime, and support predictive maintenance programs. Q8. How does the Honeywell DWR06 maintain switching accuracy over extended operational lifecycles? The DWR06 utilizes precision calibration, stable mechanical components, and temperature-resilient materials to ensure consistent switching performance even after prolonged use. Q9. What installation and mounting considerations should be evaluated when deploying the Honeywell DWR06? The DWR06 is designed for flexible mounting positions, but proper orientation, vibration mitigation, and secure pressure connection are essential to ensure accurate sensing and reliable switching. Q10. How does the Honeywell DWR06 ensure fail-safe pressure monitoring in mission-critical applications? The DWR06 uses a deterministic mechanical switching principle that guarantees immediate contact actuation when pressure thresholds are exceeded, ensuring fast protective response in critical systems.
  • Why is the Honeywell DWR06 particularly suitable for safety-critical pressure monitoring tasks?

    The DWR06 employs reliable switching contacts and a durable construction design, enabling reliable operation in environments requiring accurate pressure threshold detection to ensure equipment protection and process safety.
  • What types of media can the Honeywell DWR06 safely monitor without compromising measurement accuracy?

    The DWR06 can handle gases, vapors, and liquids compatible with its pressure chamber material, ensuring long-term stability and corrosion resistance under various industrial conditions.
  • How does the Honeywell DWR06 facilitate integration into automation and control systems?

    The DWR06 provides clear, discrete switching outputs that can be directly connected to PLCs, relays, or alarm systems, enabling seamless integration into automated safety and monitoring architectures.
  • Why is the Honeywell DWR06 beneficial for preventative maintenance and equipment protection strategies?

    The DWR06 detects abnormal pressure conditions early, helping to prevent equipment damage, reduce unplanned downtime, and support predictive maintenance programs.
  • How does the Honeywell DWR06 ensure safe and reliable pressure monitoring in mission-critical applications?

    The DWR06 uses a deterministic mechanical switching principle, guaranteeing immediate contact action when pressure exceeds a threshold, thus ensuring rapid protection response in critical systems.
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Moore Disclaimer: Moore Automated's sales automation equipment and related solutions are intended for industrial automation and business operational efficiency improvement purposes only. Product information, technical parameters, and application cases are for reference only and do not constitute an absolute guarantee of performance for any specific industry, scenario, or final application. Actual equipment performance may vary depending on factors such as the usage environment, system integration method, and maintenance conditions. Users should confirm compatibility and safety based on professional technical assessments. Moore Automated assumes no liability for any direct or indirect losses caused by improper use, modification, or failure to operate according to specifications, to the extent permitted by law.

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