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Useful info

Angle Rod Housing - Vapor Quality Sensor

Category: HBX-DX

The angle rod version is a compact and durable sensor designed for smaller refrigeration systems. Made from stainless steel, it is suitable for all common liquids and accepts flow in both directions.

The sensor is equipped with reductions to compensate for a restricted flow area, ensuring optimal performance. Installation options include butt welding (TIG) or brazing, and the sensor element can be removed for cleaning if needed.

Key features

  • LED indicators: Provides clear visual indicators for power supply and alarm status.
  • Flexible system compatibility: Works with both DX systems and overfeed systems.
  • Pipe sizes: Available in pipe sizes ranging from 6 mm to 25 mm.
  • Sensors for all types of liquids: Works with a wide range of liquids.
  • Split design: Simplifies installation and diagnostics; electronic parts can be removed with two screws.
  • Easy configuration: Configuration with a PC using HB Tool software.

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Product features

Measures the volumetric concentration of gas in a gas/liquid mixture
Balanced evaporator control to achieve semi-flooded operation with high heat transfer
Able to control an expansion valve directly with simultaneously analog 4-20mA output to a PLC
Can be used to optimize and control both DX systems and overfeed systems
Instant measurement and analog output
Split design which makes it easy to install and perform diagnostics on.
Can be used for all common refrigerants

Applications

Fordamperkasse SS

 

 HBX DX XXX T APPLICATIONS 1 WEB

 

Specifications

 HBX SS mål web700                              HBX SS mål hoved web250

 

 HBX dimensions

Power supply
Voltage24 V AC/DC
Current consumptionMax 600 mA
Electronic connectionM12, 5 pins
Output
Analog output4-20 mA
LED indicationGreen, yellow, and red
Environmental conditions
Ambient temperature-30...+50°C
Refrigerant temperature-60...+80°C
Max. pressure100 bar
Degree of protectionIP65
Vibrations IEC 60068-2-6 (4g)
Mechanical specifications
Material - mechanical partsAISI 304 / PTFE
Material - electronic partsNylon 6 (PA)
DimensionsSee drawing
Approvals
EMC testEN 61000-2
Cable specification (power supply)
Cable size5 m - 5 x 0.34 mm2
Cable glandsPG7 / M8
Cable resistance500 Ohm/Km
Configurations
Configuration HB Tool
Tool to be used HBX software
Valve control (Modulating valve)
Signal to valve4-20 mA
Valve regulationPI-regulation
Valve control (PWM)
Signal to valve24V AC/DC
PWM period0-120 s (default 6 s.)
Valve control (Stepper motor)
Stepper motor steps25-5000 steps
Stepper motor speed2-40 m/s
Stepper motor phase current0-750 mA
Stepper motor holding current0-250 mA
Cable specification (valve control)
Length3 m (118”)
Cable size3 x 0.75 mm2
Cable glandsPG7 / M8

Ordering code

Pipe diameterRefrigerantMaterialDesignDirect valve controlOrdering code
For Start/Stop Applications:
1/4 “ CO2CopperDXN.A.HBX-DX-CO2-CU-T-1/4
3/8 “ CO2CopperDXN.A.HBX-DX-CO2-CU-T-3/8
1/2 “ CO2CopperDXN.A.HBX-DX-CO2-CU-T-1/2
5/8 “ CO2CopperDXN.A.HBX-DX-CO2-CU-T-5/8
3/4 “ CO2CopperDXN.A.HBX-DX-CO2-CU-T-3/4
7/8 “ CO2CopperDXN.A.HBX-DX-CO2-CU-T-7/8
1/4 “ CO2StainlessDXN.A.HBX-DX-CO2-SS-T-1/4
3/8 “ CO2StainlessDXN.A.HBX-DX-CO2-SS-T-3/8
1/2 “ CO2StainlessDXN.A.HBX-DX-CO2-SS-T-1/2
5/8 “ CO2StainlessDXN.A.HBX-DX-CO2-SS-T-5/8
3/4 “ CO2StainlessDXN.A.HBX-DX-CO2-SS-T-3/4
7/8 “ CO2StainlessDXN.A.HBX-DX-CO2-SS-T-7/8
1/4 “ CO2CopperDXModulatingHBX-DX/C-CO2-CU-T-1/4
3/8 “ CO2CopperDXModulatingHBX-DX/C-CO2-CU-T-3/8
1/2 “ CO2CopperDXModulatingHBX-DX/C-CO2-CU-T-1/2
5/8 “ CO2CopperDXModulatingHBX-DX/C-CO2-CU-T-5/8
3/4 “ CO2CopperDXModulatingHBX-DX/C-CO2-CU-T-3/4
7/8 “ CO2CopperDXModulatingHBX-DX/C-CO2-CU-T-7/8
1/4 “ CO2StainlessDXModulatingHBX-DX/C-CO2-SS-T-1/4
3/8 “ CO2StainlessDXModulatingHBX-DX/C-CO2-SS-T-3/8
1/2 “ CO2StainlessDXModulatingHBX-DX/C-CO2-SS-T-1/2
5/8 “ CO2StainlessDXModulatingHBX-DX/C-CO2-SS-T-5/8
3/4 “ CO2StainlessDXModulatingHBX-DX/C-CO2-SS-T-3/4
7/8 “ CO2StainlessDXModulatingHBX-DX/C-CO2-SS-T-7/8
1/4 “ CO2CopperDXPWMHBX-DX/P-CO2-CU-T-1/4
3/8 “ CO2CopperDXPWMHBX-DX/P-CO2-CU-T-3/8
1/2 “ CO2CopperDXPWMHBX-DX/P-CO2-CU-T-1/2
5/8 “ CO2CopperDXPWMHBX-DX/P-CO2-CU-T-5/8
3/4 “ CO2CopperDXPWMHBX-DX/P-CO2-CU-T-3/4
7/8 “ CO2CopperDXPWMHBX-DX/P-CO2-CU-T-7/8
1/4 “ CO2StainlessDXPWMHBX-DX/P-CO2-SS-T-1/4
3/8 “ CO2StainlessDXPWMHBX-DX/P-CO2-SS-T-3/8
1/2 “ CO2StainlessDXPWMHBX-DX/P-CO2-SS-T-1/2
5/8 “ CO2StainlessDXPWMHBX-DX/P-CO2-SS-T-5/8
3/4 “ CO2StainlessDXPWMHBX-DX/P-CO2-SS-T-3/4
7/8 “ CO2StainlessDXPWMHBX-DX/P-CO2-SS-T-7/8
1/4 “ CO2CopperDXStepperHBX-DX/S-CO2-CU-T-1/4
3/8 “ CO2CopperDXStepperHBX-DX/S-CO2-CU-T-3/8
1/2 “ CO2CopperDXStepperHBX-DX/S-CO2-CU-T-1/2
5/8 “ CO2CopperDXStepperHBX-DX/S-CO2-CU-T-5/8
3/4 “ CO2CopperDXStepperHBX-DX/S-CO2-CU-T-3/4
7/48“ CO2CopperDXStepperHBX-DX/S-CO2-CU-T-7/8
1/4 “ CO2StainlessDXStepperHBX-DX/S-CO2-SS-T-1/4
3/8 “ CO2StainlessDXStepperHBX-DX/S-CO2-SS-T-3/8
1/2 “ CO2StainlessDXStepperHBX-DX/S-CO2-SS-T-1/2
5/8 “ CO2StainlessDXStepperHBX-DX/S-CO2-SS-T-5/8
3/4 “ CO2StainlessDXStepperHBX-DX/S-CO2-SS-T-3/4
7/8 “ CO2StainlessDXStepperHBX-DX/S-CO2-SS-T-7/8
For Continous Operation:
1/4 “ CO2CopperDXN.A.HBX-DX-CO2-CU-1/4
3/8 “ CO2CopperDXN.A.HBX-DX-CO2-CU-3/8
1/2 “ CO2CopperDXN.A.HBX-DX-CO2-CU-1/2
5/8 “ CO2CopperDXN.A.HBX-DX-CO2-CU-5/8
3/4 “ CO2CopperDXN.A.HBX-DX-CO2-CU-3/4
7/8 “ CO2CopperDXN.A.HBX-DX-CO2-CU-7/8
1/4 “ CO2StainlessDXN.A.HBX-DX-CO2-SS-1/4
3/8 “ CO2StainlessDXN.A.HBX-DX-CO2-SS-3/8
1/2 “ CO2StainlessDXN.A.HBX-DX-CO2-SS-1/2
5/8 “ CO2StainlessDXN.A.HBX-DX-CO2-SS-5/8
3/4 “ CO2StainlessDXN.A.HBX-DX-CO2-SS-3/4
7/8 “ CO2StainlessDXN.A.HBX-DX-CO2-SS-7/8
1/4 “ CO2CopperDXModulatingHBX-DX/C-CO2-CU-1/4
3/8 “ CO2CopperDXModulatingHBX-DX/C-CO2-CU-3/8
1/2 “ CO2CopperDXModulatingHBX-DX/C-CO2-CU-1/2
5/8 “ CO2CopperDXModulatingHBX-DX/C-CO2-CU-5/8
3/4 “ CO2CopperDXModulatingHBX-DX/C-CO2-CU-3/4
7/8 “ CO2CopperDXModulatingHBX-DX/C-CO2-CU-7/8
1/4 “ CO2StainlessDXModulatingHBX-DX/C-CO2-SS-1/4
3/8 “ CO2StainlessDXModulatingHBX-DX/C-CO2-SS-3/8
1/2 “ CO2StainlessDXModulatingHBX-DX/C-CO2-SS-1/2
5/8 “ CO2StainlessDXModulatingHBX-DX/C-CO2-SS-5/8
3/4 “ CO2StainlessDXModulatingHBX-DX/C-CO2-SS-3/4
7/8 “ CO2StainlessDXModulatingHBX-DX/C-CO2-SS-7/8
1/4 “ CO2CopperDXPWMHBX-DX/P-CO2-CU-1/4
3/8 “ CO2CopperDXPWMHBX-DX/P-CO2-CU-3/8
1/2 “ CO2CopperDXPWMHBX-DX/P-CO2-CU-1/2
5/8 “ CO2CopperDXPWMHBX-DX/P-CO2-CU-5/8
3/4 “ CO2CopperDXPWMHBX-DX/P-CO2-CU-3/4
7/8 “ CO2CopperDXPWMHBX-DX/P-CO2-CU-7/8
1/4 “ CO2StainlessDXPWMHBX-DX/P-CO2-SS-1/4
3/8 “ CO2StainlessDXPWMHBX-DX/P-CO2-SS-3/8
1/2 “ CO2StainlessDXPWMHBX-DX/P-CO2-SS-1/2
5/8 “ CO2StainlessDXPWMHBX-DX/P-CO2-SS-5/8
3/4 “ CO2StainlessDXPWMHBX-DX/P-CO2-SS-3/4
7/8 “ CO2StainlessDXPWMHBX-DX/P-CO2-SS-7/8
1/4 “ CO2CopperDXStepperHBX-DX/S-CO2-CU-1/4
3/8 “ CO2CopperDXStepperHBX-DX/S-CO2-CU-3/8
1/2 “ CO2CopperDXStepperHBX-DX/S-CO2-CU-1/2
5/8 “ CO2CopperDXStepperHBX-DX/S-CO2-CU-5/8
3/4 “ CO2CopperDXStepperHBX-DX/S-CO2-CU-3/4
7/48“ CO2CopperDXStepperHBX-DX/S-CO2-CU-7/8
1/4 “ CO2StainlessDXStepperHBX-DX/S-CO2-SS-1/4
3/8 “ CO2StainlessDXStepperHBX-DX/S-CO2-SS-3/8
1/2 “ CO2StainlessDXStepperHBX-DX/S-CO2-SS-1/2
5/8 “ CO2StainlessDXStepperHBX-DX/S-CO2-SS-5/8
3/4 “ CO2StainlessDXStepperHBX-DX/S-CO2-SS-3/4
7/8 “ CO2StainlessDXStepperHBX-DX/S-CO2-SS-7/8

Downloads

HBX - Vapor Quality Instruction Manual

Product Specification Form

Plant Optimization

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