Air/Gas Ratio Controls Valve Eclipse Es363 1 1/2′′ NPT Proportional Valve Adjustment Gas Valve

Product Details
Customization: Available
Application Fields: Industrial Gas Burner
Certification: ISO, CE
Still deciding? Get samples of US$ 1262/Piece
Request Sample
Manufacturer/Factory & Trading Company
Gold Member Since 2023

Suppliers with verified business licenses

Audited Supplier

Audited by an independent third-party inspection agency

Number of Employees
40
Year of Establishment
2009-08-20
  • Air/Gas Ratio Controls Valve Eclipse Es363 1 1/2′′ NPT Proportional Valve Adjustment Gas Valve
  • Air/Gas Ratio Controls Valve Eclipse Es363 1 1/2′′ NPT Proportional Valve Adjustment Gas Valve
  • Air/Gas Ratio Controls Valve Eclipse Es363 1 1/2′′ NPT Proportional Valve Adjustment Gas Valve
  • Air/Gas Ratio Controls Valve Eclipse Es363 1 1/2′′ NPT Proportional Valve Adjustment Gas Valve
  • Air/Gas Ratio Controls Valve Eclipse Es363 1 1/2′′ NPT Proportional Valve Adjustment Gas Valve
  • Air/Gas Ratio Controls Valve Eclipse Es363 1 1/2′′ NPT Proportional Valve Adjustment Gas Valve
Find Similar Products
  • Overview
  • Product Description
  • Detailed Photos
  • Recommend Products
Overview

Basic Info.

Model NO.
ES363
Condition
New
Noise Level
Low
Parts
Valve, Controls Valve
Purpose
Adjustment Gas
Name
Proportional Control Valve
Model
Es 363
Brand
Eclipse
Power Supply
220-230V
Applicable Gas Type
Natural Gas City Gas LPG
Weight
3kg
Swing Radius
6-3/16"
Outlet Pressure PA
0.2 to 119 Mbar
Maximum Inlet Pressure1
5.0psi
After Warranty Service
Video Technical Support
Application/Usage
Gas Burners Industrial Accessories
Usage
Hydrogen, Nitrogen, Ng and LPG
Machine Size
Medium
Transport Package
Carton
Specification
20*20*23cm
Trademark
Eclipse
Origin
USA
HS Code
8481100090
Production Capacity
1000

Product Description

Air/gas Ratio Controls Valve Eclipse ES363 1 1/2'' NPT Proportional Valve Adjustment Gas Valve

Product Description

Air/Gas Ratio Controls Valve Eclipse Es363 1 1/2′′ NPT Proportional Valve Adjustment Gas Valve
Application:
The ES-Series ratio regulators are used in applications where gas to air proportional flow is required. The gas flow is controlled as a function of the air pressure through a loading line which connects into the top of the regulator. As the system air pressure increases, it forces the ratio regulator valve to open causing the outlet pressure to increase until the two pressures balance. As the load line pressure increases, the ratio of the outlet pressure to the load line pressure
will be slightly less than 1:1. The ratio regulators have a bias adjustment for varying the gas flow when setting the burner at low fire. It can be used to increase or decrease the gas flow resulting in gas rich or lean combustion. The adjustment is restricted in the gas rich direction therefore limiting the gas flow at zero air pressure. Ratio Regulators are control valves only and cannot be used as gas shut-off valves.
Air/Gas Ratio Controls Valve Eclipse Es363 1 1/2′′ NPT Proportional Valve Adjustment Gas Valve
FEATURES
The ratio regulators are designed to optimize performance as ambient temperature and inlet pressure vary. Features include: * UL recognized and CE approved for natural gas, propane, and butane.
* Valve seat design for consistent low fire repeatability.
* Balanced double diaphragm design allows regulator to operate over a wide range of inlet pressures while minimally affecting outlet pressure.
* Rugged die cast aluminum housing.
* Corrosion resistant internal components.
* Synthetic rubber diaphragms for excellent low temperature performance.
* Inlet pressure tap with connector (1-1/2", 2" & 3" NPT (Rp) models only).
* High turndown option available
.
Air/Gas Ratio Controls Valve Eclipse Es363 1 1/2′′ NPT Proportional Valve Adjustment Gas Valve
Model Selection
Select a combustion system ratio regulator based on the following
considerations:
1. Ratio regulator selection based on flow:
* Define the maximum gas flow required for the system.
* Identify the ratio regulator for that flow based on the capacities listed in Model Specification Chart on page 2.
2. Minimum inlet pressure calculation:
* Define the pressure drop through the ratio regulator based on the Flow vs. Pressure Drop curves and conversion factors listed in the Specification section.
* Calculate the pressure losses through components mounted beween the ratio regulator and the burner.
* Define the gas pressure required at the burner.
* Calculate the minimum inlet pressure to ratio regulator by taking 125% of the sum between the ratio regulator drop, component drops and burner pressure.
* Verify that the inlet pressure is within the ratio regulator limit. If not, make the necessary changes to the ratio regulator or the upstream pressure control.

 

PRODUCT SPECIFICATIONS
Model
ES 363
Brand
Eclipse
Supply Voltage
AC220-230V
Usage 
gas burner accessories

Detailed Photos

Air/gas Ratio Controls Valve Eclipse ES363 1 1/2'' NPT Proportional Valve Adjustment Gas Valve
Air/Gas Ratio Controls Valve Eclipse Es363 1 1/2′′ NPT Proportional Valve Adjustment Gas Valve

Recommend Products

 

Air/Gas Ratio Controls Valve Eclipse Es363 1 1/2′′ NPT Proportional Valve Adjustment Gas Valve
Air/Gas Ratio Controls Valve Eclipse Es363 1 1/2′′ NPT Proportional Valve Adjustment Gas Valve
Air/Gas Ratio Controls Valve Eclipse Es363 1 1/2′′ NPT Proportional Valve Adjustment Gas Valve
Air/Gas Ratio Controls Valve Eclipse Es363 1 1/2′′ NPT Proportional Valve Adjustment Gas Valve
Air/Gas Ratio Controls Valve Eclipse Es363 1 1/2′′ NPT Proportional Valve Adjustment Gas Valve
Air/Gas Ratio Controls Valve Eclipse Es363 1 1/2′′ NPT Proportional Valve Adjustment Gas Valve

 

Air/gas Ratio Controls Valve Eclipse ES363 1 1/2'' NPT Proportional Valve Adjustment Gas Valve
Air/Gas Ratio Controls Valve Eclipse Es363 1 1/2′′ NPT Proportional Valve Adjustment Gas ValveAir/Gas Ratio Controls Valve Eclipse Es363 1 1/2′′ NPT Proportional Valve Adjustment Gas Valve

Send your message to this supplier

*From:
*To:
*Message:

Enter between 20 to 4,000 characters.

This is not what you are looking for? Post a Sourcing Request Now
Contact Supplier