Fluoropolymer-based coverage, very resistant to abrasion and to chemical products, for use in extremely aggressive environments and to high temperatures.
AEC-H240. H9650-type detector cable L AEC-H240.
H9650-type detector cable L 1.520 – 3.039 m tº pr/al. 240 ºC
AEC-H240. H9650-type detector cable L >3.040 m tº pr/al. 240 ºC
AEC-SA. Adhesive support (a plastic clamp and glue required)
AEC-P. (glue for the AEC-SA)
AEC-SLHN. Support in “L”in zincked iron and with an AE-CCN clip
AEC-SLHN. Support in “L” in stainless steel and with a clip AE-CCN
AEC-SRG. Support galvanized with American-type thread
AEC-SRAI. Support in stainless steel with American-type thread
AEC-SRGA. Support base with rubber isolator and American thread
AEC-TG. Galvanized Tensor
AEC-TAI. stainless steel with aluminium body tensor
Model firing at a low-temperature. External covering out of vinyl polymer. The protective cover is prepared to resist moisture at low temperatures, providing an excellent performance. Suitable for applications in refrigerated chambers.
| ALARM TEMPERATURE | REFERENCE |
| 68/93 ºC | AEC-TRI6893 |
| 68/93ºC cable clamp | AEC-TRI6893M |
Fluoropolymer-based coverage, very resistant to abrasion and to high temperatures, for use in extremely aggressive environments. Resists any weather.
| ALARM TEMPERATURE | REFERENCE |
| 68 ºC | AEC-XCR68 |
| 68 ºC con cable clamp | AEC-XCR68M |
| 88 ºC | AEC-XCR88 |
| 88 ºC con cable clamp | AEC-XCR88M |
| 105 ºC | AEC-XCR105 |
| 105 ºC con cable clamp | AEC-XCR105M |
| 138 ºC | AEC-XCR138 |
| 138 ºC con cable clamp | AEC-XCR138M |
| 180 ºC | AEC-XCR180 |
| 180 ºC con cable clamp | AEC-XCR180M |
Model firing at a low-temperature. External covering out of vinyl polymer. The protective cover is prepared to resist moisture at low temperatures, providing an excellent performance. Suitable for applications in refrigerated chambers.
Tested at temperatures of -51ºC.
| ALARM TEMPERATURE | REFERENCE |
| 57 ºC | AEC-XLT57 |
| 57 ºC cable clamp | AEC-XLT57M |
Thermovelocimetric temperature detector, working depending upon changes in gas pressure, as a function of temperature. It permits the detection of differential temperature changes, from a programmed level of temperature.
The system consists of a copper sensor tube, stainless steel or Teflon (depending on the environmental conditions) of up to 130 meters long and its corresponding detector.
The detector includes: a pump that increases the pressure in the sensor tube, an electronic sensor that continuously measures the absolute pressure inside the tube and a microprocessor that performs the evaluation of data and activates the alarm, it filters the disturbing factors, such as climatic temperature variations and it detects anydamage that may arise in the sensor tube.
Characteristics:
Thermovelocimetric temperature detector, working depending upon changes in gas pressure, as a function of temperature. It permits the detection of differential temperature changes, from a programmed level of temperature.
The system consists of a copper sensor tube, stainless steel or Teflon (depending on the environmental conditions) of up to 130 meters long and its corresponding detector.
The detector includes: a pump that increases the pressure in the sensor tube, an electronic sensor that continuously measures the absolute pressure inside the tube and a microprocessor that performs the evaluation of data and activates the alarm, it filters the disturbing factors, such as climatic temperature variations and it detects anydamage that may arise in the sensor tube.
Characteristics:
Version of AECL-ADW detector for Ex-I areas, with identical characteristics
except:
Version of the AECL-ADW detector for Ex II areas, with identical characteristics
except:
