Pressure Transmitter

A Pressure Transmitter 0–10 Bar is an important device used to measure and monitor pressure in many industrial applications. In the textile industry, especially in textile dyeing machinery spares, this transmitter helps control pressure levels during dyeing, washing, and finishing processes. Stable pressure ensures better fabric quality, consistent color shades, and smooth machine operation.

One of the most trusted options in the market is the Huba Control Brand pressure transmitter. Huba Control is known for its accuracy, long life, and reliable performance. Their 0–10 Bar transmitter is compact, easy to install, and works well even in tough industrial environments. It gives accurate readings and helps prevent pressure-related machine problems.

Using a high-quality pressure transmitter reduces downtime, improves production safety, and protects expensive machinery. In textile dyeing machines, the transmitter is often used in pumps, dyeing vessels, and chemical feeding systems. Because of its strong build and stable output, many textile manufacturers prefer Huba Control products for their daily operations.

A good 0–10 Bar pressure transmitter is not just a spare part—it is an essential tool that keeps the whole dyeing process running smoothly and efficiently.

OVERVIEW

A Pressure Transmitter 0–10 Bar is a key component used to measure and regulate pressure in various industrial systems. In the textile industry, it is an essential part of textile dyeing machinery spares, helping maintain correct pressure levels during dyeing, heating, and chemical processing. Accurate pressure control ensures smooth machine performance, consistent fabric quality, and reduced production defects.

The Huba Control Brand is well-known for producing reliable and high-precision pressure transmitters. Their 0–10 Bar model is compact, durable, and designed to work efficiently even in harsh industrial conditions. It provides stable readings, which helps protect machinery from overpressure and reduces maintenance needs.

In textile dyeing machines, this transmitter is used in dyeing vessels, pumps, and control systems to keep the process safe and efficient. Choosing a trusted brand like Huba Control ensures long service life, lower downtime, and better overall production performance.

SPECIFICATION

Pressure Range: 0 … 10 bar (relative)

Output Signal: Options like 4–20 mA, 0–5 V, 1–6 V, 0–10 V, or ratiometric (10–90%)

Response Time: < 2 ms (typical ~1 ms for 10-90%)

Load Change (Frequency Response): up to < 100 Hz

Permissible Overload: Up to 5× full scale

Burst Pressure: Up to 10× full scale (depending on exact variant)

Medium Temperature: –40 °C to +135 °C for compatible fluids/gases

Ambient Temperature: –30 °C to +85 °C

Storage Temperature: –50 °C to +100 °C

Housing Material: Stainless steel (AISI 316L)

Measuring Cell: Thick-film (hermetically welded) stainless-steel design, no elastomer seals

Electrical Protection: Short-circuit and reverse-polarity protection

Shock & Vibration: High resistance — tested for shock (100 g) and vibration per relevant IEC standards

EMC / Certification: CE-compliant (EN 61326), UL, ATEX / IECEx available (depends on variant)

Weight: ~ 90 g (for many 520 variants)

Pressure Connection Options: Various thread options (inside / outside) in stainless steel

FEATURES

The transmitter uses thick-film technology with a hermetically welded stainless-steel measuring cell — so there are no elastomer seals, which gives excellent long-term stability and reduces risk of leakage.

It has a compact and rugged construction, making it fitting for industrial environments like dyeing machines.

The device supports a wide range of electrical and mechanical connections, giving flexibility for integration with existing textile machinery control systems.

Cable installation is simplified by a quick connector (“swift connector”), which saves time during maintenance or replacement.

It provides high overpressure safety, meaning it can withstand sudden pressure spikes without damage.

There is also a fast response time (typically < 2 ms), so the system can react quickly to pressure changes — key for maintaining consistent dyeing processes.

For advanced setups, there is an IO-Link variant of the Type 520 which supports digital communication, diagnostic functions, and device monitoring — ideal for Industry 4.0 control in modern textile plants.

Lastly, it's certified for tough environments, with shock and vibration resistance and EMC compliance — ensuring reliable performance in the demanding textile dyeing setup.

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