HOT Series
- Type: Absolute, Gauge
-
Range: -1 ... 0 bar to -1 ... 60 bar
0 ... 600 mbar to 0 ... 2000 bar - Accuracy: ≤ ±0.5 %FS
- Output: 4 ... 20 mA, 0 ... 10 VDC , 0 ... 5 VDC, 1 ... 5 VDC , 0.5 ... 4.5 VDC Ratiometric , I2C
Applications
Describtion
In demanding industrial applications, precise pressure measurement is paramount. The Hogller HOT Series pressure transmitter stands out for its exceptional performance and durability. It achieves this through a combination of innovative design and high-quality materials, making it ideal for even the most challenging environments.
Key
Features
The Advantage of No Internal O-Rings and Silicone Oil
The Hogller HOT Series pressure transmitter stands out for its robust, all-stainless-steel construction, offering several key benefits. A key advantage is the complete absence of silicone oil and internal O-rings. This design offers distinct advantages:
- Broader media compatibility: Without silicone oil, the HOT Series is suitable for use with oxygen and other special media that could react with silicone.
- Elimination of leaks: By removing potential leak points like O-rings, the HOT Series minimizes the risk of contamination in applications requiring a dry pressure sensor. This is crucial in processes where even small amounts of oil could compromise product quality.
These benefits make the Hogller HOT Series pressure transmitter an ideal solution for a wide range of demanding applications.
High-Precision Performance: Unveiling the Accuracy of the HOT Series
The Hogller HOT Series pressure transmitter is built to deliver not only durability and speed but also exceptional accuracy. Its accuracy specification is rated at ≤±0.5% of Full Scale (FS). To understand this comprehensive figure, it incorporates several key factors that can affect pressure readings:
- Non-linearity: This refers to the deviation of the sensor’s output from a perfect straight line.
- Hysteresis: This is the difference in output readings for increasing and decreasing pressure at the same point.
- Non-repeatability: This represents the variation in output for multiple measurements at the same pressure point.
- Zero offset and Final offset: These terms describe small deviations from the ideal zero pressure output.
By considering all these factors, the ≤±0.5%FS accuracy rating ensures highly reliable pressure readings you can trust for accurate process control and monitoring in your application.
High Resistance to Shock and Vibration
The Hogller HOT Series isn’t just built tough on the inside; it can handle the bumps and shakes of demanding environments. Here’s a breakdown of its impressive specifications:
- Vibration resistance: Can withstand vibrations up to 25 g peak across a wide frequency range of 20 Hz to 2000 Hz. To understand this, imagine a force 25 times the force of gravity (g) shaking the sensor back and forth 20 to 2000 times per second. This makes the HOT Series ideal for use on machinery or in applications with significant mechanical movement.
- Shock resistance: The HOT Series can endure shocks of up to a massive 1000 g, for a duration of 11 milliseconds (ms). The “half-sine” refers to the shape of the shock pulse, with the force rising to its peak (1000 g) and then tapering off in a sinusoidal curve. This rating signifies the HOT Series’ ability to withstand high-impact loads, making it suitable for applications with sudden movements or pressure spikes.
These specifications ensure reliable operation of the HOT Series pressure transmitter even in harsh environments with significant mechanical stress.
Internal Structure of the Hogller HOT Series
The Hogller HOT Series pressure transmitter boasts a robust internal structure designed for superior durability and media compatibility. A key aspect of this design is the elimination of silicone oil and internal O-rings. Here’s a breakdown of the key components:
- High-grade stainless steel construction: The pressure-wetted parts of the HOT Series are constructed from either 304 stainless steel as standard, or 17-4PH stainless steel (optional). This ensures excellent corrosion resistance and mechanical strength across a wide range of operating environments.
- FKM sealing: A single FKM (Fluoroelastomer) seal is strategically placed to provide a reliable leak barrier. FKM is known for its exceptional chemical resistance and high-temperature performance, making it suitable for harsh industrial applications.
The Hogller HOT Series Response Time
The Hogller HOT Series pressure transmitter delivers not only exceptional durability but also impressive speed. A critical performance metric for many applications is response time, which refers to the time it takes for the sensor to react to a change in pressure. The HOT Series boasts an exceptional response time of less than 1 millisecond (ms).
This rapid response capability makes the Hogller HOT Series pressure transmitter an ideal choice for various demanding applications requiring high-fidelity pressure monitoring and real-time control.
Built for Heat: The Hogller HOT Series Handles Extreme Temperatures
The Hogller HOT Series pressure transmitter thrives in environments where temperature can be a major challenge. A key aspect of its performance is its impressive media temperature range of -40°C to +125°C. This wide range makes the HOT Series a versatile tool for various industrial applications. Here’s a closer look at the HOT Series’ impressive temperature specifications:
- Media temperature: -40 … +125 °C
- Compensation Temperature: -20 … +85 °C
- Ambient Temperature: -40 … +105 °C
- Storage Temperature: -40 … +125 °C
It’s important to note that while the media temperature range is impressive, the compensation temperature range (the range within which the sensor maintains its highest accuracy) is -20°C to +85°C. For applications outside this range, accuracy may be slightly reduced.
Overall, the Hogller HOT Series pressure transmitter offers exceptional temperature resistance, making it a reliable choice for a wide range of demanding industrial environments.
Flexible Selections and Options
The Hogller HOT Series caters to diverse application needs. Choose from a wide range of pressure ranges, output signals, and electrical connections to perfectly match your specific requirements. This versatility, combined with the HOT Series’ robust design, ensures you get the ideal pressure measurement solution for your unique application.
Why Choose Hogller HOT?
For unmatched performance in demanding environments, the HOT Series reigns supreme. Its all-metal design with no oil or O-rings tackles high temperatures (up to 125°C) and resists shock and vibration, ensuring reliable pressure readings with lightning-fast response times (less than 1 millisecond).
Our Specifications
Our Specifications
| Feature | Value | Code |
|---|---|---|
| Output Signal | 4 ... 20 mA / 2-wire | H |
| 0 ... 10 VDC / 3-wire | J | |
| 0 ... 5 VDC / 3-wire | F | |
| 1 ... 5 VDC / 3-wire | A | |
| 0.5 ... 4.5 VDC Ratiometric / 3-wire | R | |
| I²C | I | |
| Positive / Negative Pressure | Positive Pressure | null |
| Negative Pressure (Vacuum or Compound) | C | |
| Pressure Range | Please use the Code from the Pressure Range table in the datasheet |
|
| Unit | bar | F |
| KPa | R | |
| psi | P | |
| Process Connection | 1/8" NPT Male | A |
| 1/4" NPT Male | L | |
| G 1/4" Male | G | |
| M10 x 1.5 Male | B | |
| M14 x 1.5 Male | V | |
| M18 x 1.5 Male | M | |
| 3/8"-24 UNF Male | E | |
| 7/16"-20 UNF Male | H | |
| Electrical Connection | DIN EN 175301-803, Form C | C |
| DIN EN 175301-803, Form A | D | |
| M12x1, 4-pin, Mat. Steel | M | |
| Packard Metri-Pack, 3-pin | P | |
| Cable Outlet | Z | |
| Pressure Type | Gauge | K |
| Absolute | A |
Stocked Products
Stocked Products
| Part Number | Pressure Range | Output Signal | Accuracy | Process Connection |
|---|---|---|---|---|
| HOTHC000.1FGCK | 0 to -1 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTHC000.0FGCK | -1 to 0 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTHC0001FGCK | -1 to 1 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTHC0004FGCK | -1 to 4 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTHC007.5FGCK | -1 to 7.5 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTHC0010FGCK | -1 to 10 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTHC0016FGCK | -1 to 16 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTHC0025FGCK | -1 to 25 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTHC0035FGCK | -1 to 35 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTHC0040FGCK | -1 to 40 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTHC0001FLCK | -1 to 1 bar | 4-20 mA | ≤±0.5 %FS | 1/4" NPT Male |
| HOTHC0004FLCK | -1 to 4 bar | 4-20 mA | ≤±0.5 %FS | 1/4" NPT Male |
| HOTH0000FGCK | 1 to 0 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH0001FGCK | 0 to 1 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH001.6FGCK | 0 to 1.6 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH002.5FGCK | 0 to 2.5 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH0004FGCK | 0 to 4 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH0006FGCK | 0 to 6 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH0007FGCK | 0 to 7 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH0010FGCK | 0 to 10 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH0013FGCK | 0 to 13 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH0016FGCK | 0 to 16 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH0018FGCK | 0 to 18 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH0025FGCK | 0 to 25 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH0030FGCK | 0 to 30 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH0040FGCK | 0 to 40 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH0060FGCK | 0 to 60 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH0100FGCK | 0 to 100 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH0160FGCK | 0 to 160 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH0200FGCK | 0 to 200 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH0250FGCK | 0 to 250 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH0400FGCK | 0 to 400 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH0600FGCK | 0 to 600 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH0800FGCK | 0 to 800 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH1000FGCK | 0 to 1000 bar | 4-20 mA | ≤±0.5 %FS | G 1/4" Male |
| HOTH000.6FLCK | 0 to 600 mbar | 4-20 mA | ≤±0.5 %FS | 1/4" NPT Male |
| HOTH002.5FLCK | 0 to 2.5 bar | 4-20 mA | ≤±0.5 %FS | 1/4" NPT Male |
| HOTH0010FLCK | 0 to 10 bar | 4-20 mA | ≤±0.5 %FS | 1/4" NPT Male |
| HOTH0016FLCK | 0 to 16 bar | 4-20 mA | ≤±0.5 %FS | 1/4" NPT Male |
| HOTH0100FLCK | 0 to 100 bar | 4-20 mA | ≤±0.5 %FS | 1/4" NPT Male |
| HOTH0160FLCK | 0 to 160 bar | 4-20 mA | ≤±0.5 %FS | 1/4" NPT Male |
| HOTF0010FGCK | 0 to 10 bar | 0-5 Volt | ≤±0.5 %FS | G 1/4" Male |
| HOTF0016FGCK | 0 to 16 bar | 0-5 Volt | ≤±0.5 %FS | G 1/4" Male |
| HOTF0016FLCK | 0 to 16 bar | 0-5 Volt | ≤±0.5 %FS | 1/4" NPT Male |
| HOTJ0016FLCK | 0 to 16 bar | 0-10 Volt | ≤±0.5 %FS | 1/4" NPT Male |
| HOTJ0025FLCK | 0 to 25 bar | 0-10 Volt | ≤±0.5 %FS | 1/4" NPT Male |
| HOTH0040FLCK | 0 to 40 bar | 0-10 Volt | ≤±0.5 %FS | 1/4" NPT Male |
| HOTJ0010FGCK | 0 to 10 bar | 0-10 Volt | ≤±0.5 %FS | G 1/4" Male |
| HOTJ0016FGCK | 0 to 16 bar | 0-10 Volt | ≤±0.5 %FS | G 1/4" Male |
| HOTJ0025FGCK | 0 to 25 bar | 0-10 Volt | ≤±0.5 %FS | G 1/4" Male |
| HOTJ0040FGCK | 0 to 40 bar | 0-10 Volt | ≤±0.5 %FS | G 1/4" Male |
| HOTJ0100FGCK | 0 to 100 bar | 0-10 Volt | ≤±0.5 %FS | G 1/4" Male |
| HOTJ0160FGCK | 0 to 160 bar | 0-10 Volt | ≤±0.5 %FS | G 1/4" Male |
| HOTJ0200FGCK | 0 to 200 bar | 0-10 Volt | ≤±0.5 %FS | G 1/4" Male |
| HOTJ0250FGCK | 0 to 250 bar | 0-10 Volt | ≤±0.5 %FS | G 1/4" Male |
| HOTJ0400FGCK | 0 to 400 bar | 0-10 Volt | ≤±0.5 %FS | G 1/4" Male |
| HOTJ0600FGCK | 0 to 600 bar | 0-10 Volt | ≤±0.5 %FS | G 1/4" Male |
Downloads
Related Solutions
Related Solutions
Related Series
Related Series
- Type: Absolute, Gauge, Sealed Gauge
- Range: 0 ... 100 mbar to 0 ... 250 bar
- Accuracy: ≤ ±0.25 %FS, ≤ ±0.5 %FS, ≤ ±1 %FS
- Type: Absolute, Gauge, Sealed Gauge
- Range: -1...0 to -1...60 bar, 0...350 mbar to 0...1000 bar
- Accuracy: ≤ ±0.5 %FS
- Material: Stainless Steel 304
- Process Connection: G 1/4" Male
- Instrument Connection: G 1/4" Female