About Pressure Transmitter HUBA CONTROL Part No 520.942S032401 Range 0-160 Bar From Kalyani Industrial Area - West Bengal Industrial Area
Pressure Transmitter HUBA CONTROL Part No 520.942S032401 Range 0-160 Bar From Kalyani Industrial Area - West Bengal Industrial Area MANUFACTURER a HUBA CONTROL.
- MADE IN a SWITZERLAND
- PART NO a 520.942S032401
- RANGE a 0a160 Bar
- Supply a 24 (7a33 ) V.
- OUTPUT a 4a20 mA.
- CONNECTION a 1/4a3 NPT 316L SS.
- COUNTRY OF ORIGIN a INDIA
- The Compact Type 520 Pressure Transmitter Is Based Upon The Huba Control Developed Thick Film Technology Where The Pressure Measuring Cell Is Fully Welded.
This Transmitter Meets The High Burst Protection Demands And Is Suitable For The Use In All Types Of Refrigerants Including Ammonia.
Pressure Range
-1 a 9 bar / 0 a 2.5 a 1000 bar
- Compact,Rugged Construction
- Welded Without Sealing parts,No Elastomer Seals
- Large Selection Of Connections Available.
- Saving Time By Quick Cable Mounting By The Customer With Swift Connector
General Features:
Compact, Rugged Construction
- Large Selection Of Connections Available
- Welded Without Sealing Parts, No Elastomer Seals
- Medium: Liquids, Gases And Refrigerants (Including Ammonia)
- Saving Time By Quick Cable Mounting By The Customer With Swift Connector
| SERIES |
Type 520 |
| PRESSURE RANGE |
0 a 160 BAR |
| POWER SUPPLY |
7 a 33 VDC |
| OUTPUT DC |
4 a 20 mA |
| ELECTRICAL CONNECTION |
M12x1 |
| DESCRIPTION |
Pressure Transmitter |
| PRESSURE CONNECTION |
G 1/4 |
| INDEX PROTECTION IP |
IP67 |
| ACCURACY |
A 0.3 % fs |
| MEDIUM TEMPERATURE RANGE |
-15 a +125 AC |
| RESPONSE TIME |
< 2 ms, (1 ms typical) |
| MATERIAL |
Connection Stainless Steel 1.4404 / AISI 316L |
| DIMENSIONS (MM) |
24 x 46.7 MM |
| CONFORMITY |
EN 61326-2-3 / IEC 68-2-27 / IEC 68-2-29 / IEC 68-2-6 / UL E325110 |
Superior Measurement AccuracyBenefit from dependable pressure readings with 0.3% full-scale accuracy. This ensures your processes and equipment remain safe, stable, and within set parameters, contributing to improved operational efficiency.
Robust Stainless Steel DesignConstructed from high-quality stainless steel, the transmitter resists corrosion and mechanical wear. Finishes like antique, polished, galvanized, and matte boost durability, making it ideal for rigorous industrial settings.
Versatile Mounting and UsageThis pressure transmitter features a G 1/4 thread for straightforward installation and a panel mount design, supporting flexible integration into systems monitoring steam, oil, and gas.
FAQ's of Pressure Transmitter HUBA CONTROL Part No 520.942S032401 Range 0-160 Bar From Kalyani Industrial Area - West Bengal Industrial Area:
Q: How does the HUBA CONTROL Pressure Transmitter operate in various environments?
A: The transmitter functions effectively in a range of industrial settings, measuring pressure in liquids, fluids, or gases such as steam, oil, and gas. Its stainless steel build and range of protective finishes ensure reliable performance even in harsh environments.
Q: What is the appropriate process for installing this pressure transmitter?
A: Installation is straightforward with its G 1/4 threading and panel mount design. Ensure the connection surface is compatible, securely fasten the device, and connect your output signal cables as per the manufacturer's guidelines.
Q: When should this pressure transmitter be used in an industrial context?
A: This transmitter is ideal whenever precise pressure monitoring of steam, oil, gas, or other process fluids is required, especially within pressure ranges up to 160 Bar where high accuracy and robust performance are essential.
Q: Where is this product commonly exported or supplied from?
A: The transmitter is manufactured, supplied, and exported by reputable companies from Kalyani Industrial Area and West Bengal Industrial Area in India, serving both domestic and international markets.
Q: What advantages does the 0.3% full-scale accuracy provide?
A: High accuracy guarantees reliable readings, reducing risk of process deviations and ensuring that critical operations-such as fluid management or equipment protection-are both safe and optimized.
Q: How does the stainless steel material benefit the device's longevity?
A: Stainless steel construction enhances resistance to corrosion, wear, and extreme process conditions. This assures long service life and sustained reliability in industrial applications.