Huba Control-Differential Pressure Transmitter 692.918007141

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Huba Control-Differential Pressure Transmitter 692.918007141

Name: Huba Control-Differential Pressure Transmitter 692.918007141
Brand: D. P. ENGINEERS
Price: 38000 INR
Availability: InStock

Price 38000 INR/ Piece

Get a Price/Quote

MOQ : 10 Pieces

Huba Control-Differential Pressure Transmitter 692.918007141 Specification

Thread
1/4 inch NPT

Usage
REFRIGERATION SYSTEMS,CPU,WATER PUMPS,ULTRAFILTRATION SYSTEM

Material
Stainless Steel

Size
0-4 BAR

Processing Type
Standard

Product Type
Huba Control Differential Pressure Transmitter 692.918007141

Weight
450 Grams (g)

Mount Type
Panel

Color
Red

Scale Range
0-4 Bar

Accuracy
+-0.5 %

Finishing
Antique, Polished, Galvanized, Matte

Measure Pressure Of
Steam, Oil, Gas

Huba Control-Differential Pressure Transmitter 692.918007141 Trade Information

Minimum Order Quantity
10 Pieces

FOB Port
Delhi

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Cash Against Delivery (CAD), Paypal, Cash on Delivery (COD)

Supply Ability
4 Pieces Per Week

Delivery Time
4 Week

Main Export Market(s)
Middle East, Asia

Main Domestic Market
All India

About Huba Control-Differential Pressure Transmitter 692.918007141

Huba Control Differential Pressure Transmitter 692.918007141

Brand : Huba Control
Model : 692.918007141
Range : 0...+ 4 BAR
Type : 692 0...+4 BAR
Current Out : 4-20mA
Voltage : 11-33V DC
MAX : P1-P2 12BAR
MAX : P2-P1 12BAR
Made In Switzerland

Huba Control Differential Pressure Transmitter 692
Product InformationDifferential pressure transmitter 692
The Pressure Transmitters of Type 692 Feature The Unique And Proven Ceramic Technology. Depending On The Application, Various Pressure Connections And Electrical Connections With Standardized Output Signals Are Available. Due To The Wide Variety Of Options, The Transmitters 692 Are Suitable For All Types Of Industrial Applications.

Very Low Temperature Sensitivity
High Temperature Resistance
No Mechanical Creep
Individual Applications Through Modular System And Different Material Choices

Technical DataProduct Feature

Pressure Measuring Range : 0 ... 25 Bar (Relative And Difference)
Response Time : <5 ms
Load Change : <50 Hz
Sensor Weight : 430 g

Field Of Application

Media : Process Medium; Gas
Medium Temperature : -15 ... 85 AC
Permissible Overload On One Side : See Variant Plan
System Pressure : 12; 25; 50 Bar
Bursting Pressure : 1.5 x System Pressure

Ambient Condition

Ambient Temperature : -15 ... 85 AC
Storage Temperature : -40 ... 85 AC

Material

Housing : Stainless Steel 1.4305 (AISI 303); PVDF
Pressure Connection With Media Contact : Stainless Steel 1.4305 (AISI 303); PVDF; CuZn Vni
Measuring Element With Media Contact : Ceramic Al2O3 (96 %)
Sealing Material With Media Contact : FPM; EDPM; NBR; MVQ; CR

Electrical Data

Current Consumption : <20 mA
Inverse-Polarity Protection : Short-Circuit And Reverse Polarity Protected. Each Connection Against Each Other With Max. Supply Voltage.

Installation Guide

Installation Orientation : any
Assembly : Mounting Bracket
Approval

EMC Compatibility : CE-Compliant In Accordance With EN 61326-2-3
Applications

REFRIGERATION SYSTEMS
CPU
WATER PUMPS
ULTRAFILTRATION SYSTEM

Accessories

Mounting Bracket
Socket Outlet DIN EN 175301-803-A : With Seal; IP 65, When Mounted And Screwed.
Socket Outlet DIN EN 60130-9 : IP 65, When Mounted And Screwed.
Calibration Certificate
WhatsApp No.9871014210,WhatsApp No.9811065204,WhatsApp No.8376899729,WhatsApp No.8368888047,WhatsApp No.9268631221,

Exceptional Measurement Precision

This pressure transmitter delivers accuracy within 0.5%, ensuring precise monitoring and control of steam, oil, and gas pressure applications. Its dependable performance makes it ideal for environments where exact readings are critical, such as in industrial and thermal systems.

Durable & Versatile Construction

Built from high-grade stainless steel and available in multiple finishes, the transmitter withstands harsh industrial conditions. Its compact 450g build supports easy installation via a 1/4 inch NPT thread and is designed for panel mounting, meeting a diverse range of system requirements.

Suitable Across Multiple Sectors

The Huba Control 692.918007141 serves key roles in refrigeration, CPU cooling, water pumping, and ultrafiltration processes. Its robust design and measurement range make it a preferred choice for exporters, manufacturers, suppliers, and traders across India.

FAQ's of Huba Control-Differential Pressure Transmitter 692.918007141:

Q: How is the Huba Control Differential Pressure Transmitter 692.918007141 typically installed?

A: The transmitter is designed for easy panel mounting with its 1/4 inch NPT threaded connection. Its compact 450-gram form factor and standardized fittings support quick integration into new or existing industrial systems.

Q: What media can this pressure transmitter measure?

A: It accurately measures the differential pressure of steam, oil, and gas within a range of 0-4 BAR, making it suitable for various industrial processes including HVAC, water treatment, and energy management systems.

Q: When should the transmitter be calibrated or serviced?

A: Periodic calibration is recommended based on operational demands, typically annually or as specified by plant maintenance schedules. Routine servicing will help sustain its 0.5% accuracy and extend its service life.

Q: Where can the transmitter be used effectively?

A: It excels in refrigeration systems, CPU temperature regulation, water pumps, and ultrafiltration systems. The transmitter is also ideal for any application requiring precise differential pressure measurement in demanding environments.

Q: What benefits does the stainless steel construction provide?

A: Stainless steel offers excellent resistance to corrosion, mechanical stress, and temperature variations. This enhances the transmitter's durability, ensuring reliable operation even in challenging conditions.

Q: How does the transmitter contribute to industrial process efficiency?

A: By providing accurate, real-time differential pressure data, it enables better control and optimization of pressure-dependent processes. This minimizes downtime, improves system safety, and increases overall efficiency.

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