APS2000 Adjustable First-Stage Regulator with OPSO
Pressure Regulators

APS2000 Adjustable First-Stage Regulator with OPSO

APS2000 Adjustable First-Stage Regulator with OPSO

The first-stage regulator is the first regulation element after the tank. It reduces the high, variable tank pressure to a stable intermediate pressure carried through the network before final reduction at the appliances; the stability of this pressure directly affects burner and appliance performance.

APS2000 Adjustable First-Stage Regulator with OPSO
APS2000 Adjustable First-Stage Regulator with OPSO
Overview

What is it?

Regulator selection is based on the required flow rate (kg/h), the required outlet pressure and site temperature, with over-pressure protection provided where needed. Its capacity must cover simultaneous peak loads, and it must be installed in a well-ventilated, accessible location for inspection and maintenance.

Features

  • Reduces tank pressure to a stable network pressure
  • Flow capacity selected for peak load
  • Stable pressure improves appliance performance
  • Adjustable within the design range
  • Well-ventilated, accessible installation position
  • Checked within periodic network maintenance

Applications

  • Villas and residential compounds
  • Restaurants, cafés and central kitchens
  • Hotels, halls and hospitality facilities
  • Hospitals and educational facilities
  • Bakeries and food factories
  • Industrial facilities and central gas stations
Specifications

Technical specifications

Adjustment range
0.5 – 2 bar
OPSO
750 mbar
Capacity
120 kg/h
Brand

Brand / Manufacturer

Model
APS2000
Knowledge

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FAQ

Frequently asked questions

Why is two-stage regulation used?

Because two-stage reduction gives better pressure stability at the appliances despite tank pressure varying with temperature and consumption, reducing flame instability and performance fluctuation.

How is regulator capacity determined?

By summing the consumption of appliances expected to run simultaneously, applying an appropriate diversity factor, then selecting a regulator whose capacity exceeds that load at the required outlet pressure.

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