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Hydrol L-HV hydraulic oils are manufactured basing on high quality base oils and a set of enriching additives. They are featured by high level of antiwear properties and additionally improved temperature depending viscosity grades compared to L-HM hydraulic oils.
SKU: CSHV46*205LTS
€389.00

General features

 

Hydrol L-HV hydraulic oils are manufactured basing on high quality base oils and a set of enriching additives. They are featured by high level of antiwear properties and additionally improved temperature depending viscosity grades compared to L-HM hydraulic oils.
It provides:
 
- extended life time,
- reduction of wear of hydraulic pumps elements,
- work at wide range of temperatures with perfect viscosity preserved (high viscosity grade: WL > 140).

 

Application

 

Hydrol L-HV hydraulic oils are intended for high loaded powering systems of high pressure piston pumps with constant and variable delivery and for sliding-vane pumps, where high antiwear oil properties are required and for precise systems of hydraulic control and hydraulic systems which require insignificant viscosity changes with temperature changes.

 

Standards, approvals, specifications

 

DIN 51524 part 3 HVLP

ISO 6743-4
Hydrol L-HV 32, 46, 100 - Eaton Vickers I-286 S 
Hydrol L-HV 15, 32 - TATRA
Hydrol L-HV 46: Admission Lena Wilków - Vehicle RDPN-1800 type, version P
Hydrol L-HV 46: MISTA Sp. z o.o. - RD130, RD165C, RD165H, RD200, RD200H

 

Physical and chemical properties

 

Parameters     Unit   Typical values
Kinematic viscosity at 400C mm2/s 47.2
Viscosity index - 145
Flow temperature 0C -34
Ignition temperature 0C 210
Resistance to foaming   ·     susceptibility to foaming: foam volume after 5 min. of blowing with air at 250C, ·     foam durability: foam volume after 10 min. standing still at 250C standing still at 250C ml 20 0
Corrosiveness to copper 3 h/1000C, corrosion rate reference sample 1a
Deemulsifying properties – emulsion and water separation time to achieve: -     40 - 43 ml of oil -     37 - 40 ml of water -      0 - 3 ml of emulsion at min. 20
  0C 54
Ability to release air at 50°C min. 6
Ability to transfer loads with the FZG, breaking load, minimum - 11
ATTENTION: Physicochemical parameters listed in the table are typical values

General features

 

Hydrol L-HV hydraulic oils are manufactured basing on high quality base oils and a set of enriching additives. They are featured by high level of antiwear properties and additionally improved temperature depending viscosity grades compared to L-HM hydraulic oils.
It provides:
 
- extended life time,
- reduction of wear of hydraulic pumps elements,
- work at wide range of temperatures with perfect viscosity preserved (high viscosity grade: WL > 140).

 

Application

 

Hydrol L-HV hydraulic oils are intended for high loaded powering systems of high pressure piston pumps with constant and variable delivery and for sliding-vane pumps, where high antiwear oil properties are required and for precise systems of hydraulic control and hydraulic systems which require insignificant viscosity changes with temperature changes.

 

Standards, approvals, specifications

 

DIN 51524 part 3 HVLP

ISO 6743-4
Hydrol L-HV 32, 46, 100 - Eaton Vickers I-286 S 
Hydrol L-HV 15, 32 - TATRA
Hydrol L-HV 46: Admission Lena Wilków - Vehicle RDPN-1800 type, version P
Hydrol L-HV 46: MISTA Sp. z o.o. - RD130, RD165C, RD165H, RD200, RD200H

 

Physical and chemical properties

 

Parameters     Unit   Typical values
Kinematic viscosity at 400C mm2/s 47.2
Viscosity index - 145
Flow temperature 0C -34
Ignition temperature 0C 210
Resistance to foaming   ·     susceptibility to foaming: foam volume after 5 min. of blowing with air at 250C, ·     foam durability: foam volume after 10 min. standing still at 250C standing still at 250C ml 20 0
Corrosiveness to copper 3 h/1000C, corrosion rate reference sample 1a
Deemulsifying properties – emulsion and water separation time to achieve: -     40 - 43 ml of oil -     37 - 40 ml of water -      0 - 3 ml of emulsion at min. 20
  0C 54
Ability to release air at 50°C min. 6
Ability to transfer loads with the FZG, breaking load, minimum - 11
ATTENTION: Physicochemical parameters listed in the table are typical values