About Huba Pressure Transmitter Model 520.917S032401 RANGE 0-6 BAR

Huba Pressure Transmitter Model 520.917S032401 RANGE 0-6 BAR
- Relative Pressure Transmitter
- Type - 520
- Manufacturer - HUBA CONTROL
- Model - 520.917S032401
- RANGE - 0-6 BAR
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 ... 9 bar / 0 ... 2.5 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 ... 6 BAR |
| POWER SUPPLY |
7 - 33 VDC |
| OUTPUT DC |
4 - 20 mA |
| ELECTRICAL CONNECTION |
M12x1 |
| DESCRIPTION |
Pressure Transmitter |
| PRESSURE CONNECTION |
G 1/4 |
| INDEX PROTECTION IP |
IP67 |
| ACCURACY |
0.3 % fs |
| MEDIUM TEMPERATURE RANGE |
-15 ... +125 C |
| 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 |
Additional Information:

Versatile Industrial ApplicationsEngineered for the demands of power, cement, steel, fertilizer, and textile plants, the Huba Pressure Transmitter Model 520.917S032401 reliably measures pressure for steam, oil, gas, and water. Its compatibility with a wide range of media makes it adaptable for critical industrial systems.
Robust Construction for LongevityFeaturing a 316L stainless steel thread and a rugged metal alloy body, this transmitter resists corrosion and wear even in harsh settings. The analog display with a clear plastic dial provides straightforward, immediate readings for on-site professionals.
Precision and Ease of InstallationWith a 0.3% full-scale accuracy, the Model 520.917S032401 delivers highly precise measurements vital for process control. Its surface-mount design and 1/4" NPT connection make installation simple across various plant infrastructures.
FAQ's of Huba Pressure Transmitter Model 520.917S032401 RANGE 0-6 BAR:
Q: How does the Huba Pressure Transmitter Model 520.917S032401 improve process monitoring?
A: This pressure transmitter ensures precise measurement with 0.3% full-scale accuracy, allowing for better process control and safety in industries handling steam, oil, gas, or water. Its reliable output aids in monitoring and optimizing system performance.
Q: What types of media can this transmitter measure pressure for?
A: The Huba Model 520.917S032401 is suitable for measuring the pressure of steam, oil, gas, and water, making it versatile for diverse industrial applications.
Q: When should I choose this model for my plant?
A: You should select this model when you require reliable and accurate pressure measurement within a 0-6 BAR range, especially in environments like power plants, cement plants, steel plants, fertilizer units, or textile industries.
Q: Where is the ideal installation location for the transmitter?
A: The transmitter is designed for surface mounting, allowing for straightforward integration at measurement points in your facility's system pipeline or machinery.
Q: What process does the transmitter use to display readings?
A: The device uses an analog display with a sturdy plastic dial and steel pointer, offering immediate and easily readable pressure values to operators on site.
Q: Can you explain the benefits of its material and build quality?
A: The use of 316L stainless steel and metal alloy ensures corrosion resistance and structural durability, which is essential for long-term operation in demanding industrial environments.