Sleeve temperature sensors HF HF ... / P sleeve temperature sensor with PVC cable HF … / S sleeve temperature sensor with silicone cable
Technical data (HF.../P and HF.../S)
Application
Sensor dimensions: Sensor sleeve material: Permissible atmospheric humidity: Max. measurement current:
Ø 6 mm x 45 mm
The HF sleeve sensors are used for temperature measurement in liquid or gaseous media. Thanks to the moisture-impermeable burnishing, the sleeve sensor is particularly protected against moisture and dust. If used in liquid media, integra- tion in an immersion sleeve is necessary.
V2A (1.4301)
max. 95% relative humidity, non-condensing
< 1 mA
Electrical connection:
only to safety extra low voltage max. 30 VAC/42 VDC, 1 m, 2 x 0.5 mm² (HFP 100/S/6 m: 6 m, 2 x 0.5 mm²) depending on the cross-section of the conductor and the sensor unit type PT100/PT1000 DIN EN 60751 B in immersion sleeve, protection coil, on pipe etc. IP 65, moisture-impregnable burnishing
Connecting cable:
Sensor wire extendable:
Tolerances:
Mounting/attachment:
Protection rating: Protection class:
III
Safety and EMC: according to DIN EN 60730 Sensor characteristic curves: the sensor characteristic curves can be found in the “Miscellaneous” section Immersion sleeves: Immersion sleeves can be found in the “Miscellaneous” section.
Please follow the EMC directives, avoid parallel routing with mains voltage-bearing wires, or use shielded wires.
Sensor
Type
Item no.
Features
PG
PT 100
HFP 100 / P
G9030010
Sensor wire PVC, −35…+105 °C
III
HFP 1000 / P
PT 1000
G9030020
Sensor wire PVC, −35…+105 °C
III
HFC 10 / P
NTC 10 K
G9030070
Sensor wire PVC, −35…+105 °C
III
Sensor
Type
Item no.
Features
PG
PT 100
HFP 100 / S
G9030140
Sensor wire, silicone, −50…+150 °C
III
HFP 100 / S / 6 m
PT 100
G9030411
Sensor wire, silicone, −50…+150 °C
III
HFP 1000 / S
PT 1000
G9030150
Sensor wire, silicone, −50…+150 °C
III
HFN 1000 / S
Ni 1000
G9030160
Sensor wire, silicone, −50…+150 °C
III
HFC 10 / S
NTC 10 K
G9030200
Sensor wire, silicone, −50…+150 °C
III
Dimension drawing
Catalogue 2022 | Page 209
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