Overview LVDT for hydraulic valves

The video shows an LVDT at a hydraulic valve and explains the working principle of an LVDT.

LVDT-IHDL-M16 Position control for hydraulic valves up to 400 bar pressure-resistant
LVDT-IHDL-M16 Position control for hydraulic valves up to 400 bar pressure-resistant

LVDT-IHDL-M16

Position control for hydraulic valves up to 400 bar pressure-resistant

Displacements: 6 / 32 / 36 mm
Output: 0 .. 10 V / 4 .. 20 mA etc.
Mechanical connection: M16
Armature: Unguided
Rel. linearity error: < ±0,5 (±0,25) [%F.S.]
Temperature coefficient:  ±0,5 [%F.S./10K]
Degree of protection: IP65 (IP67, IP68)
Operation temperature range: -25 .. +85 [°C]
Datasheet: 170069

LVDT-IHDZ Embedded Construction Version l for hydraulic valves up to 400 bar pressure-resistant
LVDT-IHDZ Embedded Construction Version l for hydraulic valves up to 400 bar pressure-resistant

LVDT-IHDZ

Embedded Construction Version l for hydraulic valves up to 400 bar pressure-resistant

Displacement: 2 .. 20 mm
Output: 0 .. 10 V / 4 .. 20 mA etc.
Mechanical connection: Embedded construction
Armature: Unguided
Rel. linearity error: < ±0,5 (±0,25) [%F.S.]
Temperature coefficient: ±0,5 [%F.S./10K]
Degree of protection: IP65 (IP67, IP68)
Operation temperature range: -25 .. +85 [°C]
Information: Productinfo

LVDT-IHDL Position control for hydraulic valves up to 400 bar pressure-resistant
LVDT-IHDL Position control for hydraulic valves up to 400 bar pressure-resistant

LVDT-IHDL

Position control for hydraulic valves up to 400 bar pressure-resistant

Displacements: 3 .. 20 mm
Output: 0 .. 10 V / 4 .. 20 mA etc.
Mechanical connection: M12 / M16 / M20
Armature: Unguided
Rel. linearity error: < ±0,5 (±0,25) [%F.S.]
Temperature coefficient: ±0,5 [%F.S./10K]
Degree of protection: IP65 (IP67, IP68)
Operation temperature range: -25 .. +85 [°C]
Information: Productinfo