Cylinder Liner Temperature Sensor (CLTS)
The Cylinder Liner Temperature Sensor (CLTS) from Dr. E. Horn consists of the CLTS sensor TGL 00942 with an evaluation board in housing GHG 02731. This system continuously measures the temperature level of each liner in the marine engine aggregate.
The CLTS has many advantages:
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Contact us at marine@insatech.com.
Cylinder Liner Temperature Sensors continuously monitor the temperature levels of each liner within a marine engine assembly. The objective is to identify potential issues early on and safeguard the cylinder liner from irreversible harm.
Each liner will be outfitted with a pair of sensors, positioned in opposite directions. This arrangement aids in determining the most critical temperature level, regardless of installation tolerances and any air gaps present within the liner.
The sensors possess a highly rugged design, with the sensor tip capable of enduring temperatures up to 800°C, utilizing stainless steel materials. A spring mechanism inside the sensors allows for movement of the sensor tip, ensuring constant mechanical contact between the sensing element and cylinder liner. This ensures excellent thermal response and swift reaction times in case of overheating.
CLTS sensors come equipped with an evaluation board enclosed in housing GHG02731. Communication capabilities include a current loop of 4...20mA or I²C. This versatility makes the CLTS system suitable for monitoring temperatures in various applications, such as large gear units, plain bearings, and heavy-duty drives.
The CLTS is applicable in various settings including but not excluded to the following:
The Cylinder Liner Temperature Measurement system is valuable for you because it has multiple advantages including:
A principal adjustment of the CLTS sensor system can be done as shown in the picture below.
The numbers indicate the following:
Yesterday’s challenges were about preventing failures - today, the focus is on higher standards. With smaller crews, preventive maintenance is more critical than ever, while predictive maintenance relies on standardized data exchange across automation layers.
Enhance this by integrating multiple measurement methods, ensuring higher data quality and faster response times. These monitoring systems use multiple microcontrollers to separate collected and transmitted data, strengthening cybersecurity.
Looking for something else? See our selection of measuring systems from HORN:
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We strive to make it easy for you as an end consumer to find the products you are looking for while supporting agents and resellers looking to grow their business. Whether you’re buying for your use or resale, we’re here to meet your needs.
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| Technical Specifications TGL00942 | |||||||||||||||||||
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| Element type | NiCr-NiAl |
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| Operating temperature | -50°C…250°C |
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| Max. temperature sensor tip | 800°C |
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| Accuracy of temp. measurement | ±2.5°C or 0.0075 ∙ t (t = measuring value) |
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| Protection degree | IP65 |
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| Length of sensor probe (tip) | min. 50mm / max. 180mm |
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| Cable length | max. 12m |
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| Technical Specifications GHG02731-A Analog (current loop) | |||||||||||||||||||
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| Power supply | 18…32 VDC, max. permissible ripple ≤ 5 % |
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| Operating/ storage temperature | -25…+85 °C |
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| Releative humidity | < 90 %, non-condensing |
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| Weight | approx. 500 g |
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| Protection degree | IP 65 |
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| EMC-standard | DIN EN 55016 and DIN EN 55022, safety rules acc. EN 61000-4, -6 rules for type approval test accord. DNV (on request) |
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| Connection to PE | Copper mesh band |
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| Cable glands |
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| Output | current output details configurable: 4-20 mA (others on request) |
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| Cable connection | 4pole (2x current loop) |
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| Current output load | max. 1200 Ω |
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| Technical Specifications GHG02731-I I2C interface | |||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Power supply | 18…32 VDC, max. permissible ripple ≤ 5 % |
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| Operating/ storage temperature | -25…+85 °C |
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| Releative humidity | < 90 %, non-condensing |
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| Weight | approx. 500 g |
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| Protection degree | IP 65 |
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| EMC-standard | DIN EN 55016 and DIN EN 55022, safety rules acc. EN 61000-4, -6 rules for type approval test accord. DNV (on request) |
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| Connection to PE | Copper mesh band |
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| Cable glands |
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| Output | I²C interface (use with HORN-Bearing Monitoring System BMS3) |
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| Cable connection | 4pole (UB, GND, SCL, SDA) |
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