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060G1154 - PRESSURE TRANSMITTER - DANFOSS
MBS 3050-3611-A1FB04-4 (0-400BAR-4-20mA-Pg 9-G1/4-O-RING)
060G1154 - MBS 3050 PRESSURE TRANSMITTER
Pressure reference: Sealed gauge
Output signal: Current
Electrical connection: Angular connector
Pressure connection type: G
Pressure connection size: 1/4
Specification key: MBS 3050-3631-A1FB04-4
151B3107 - ORBITAL MOTOR OMV 0500 - DANFOSS
Features and benefits
Corrosion-resistant to withstand the most challenging conditions
Dust seal cap for resistance to high dust concentrations
Robust cardan shaft for longer life in demanding applications
Low leakage version for energy savings
Recessed mounting flange on wheel motors, giving optimal utilization of bearing capacity
151B3115 - ORBITAL MOTOR OMV 0315 - DANFOSS
OMV-0315-B-NN-W53-AE-1E-A35-A-A-1B-1-N-NN-NNNNN-NN-NN-NN-SP-NNN
Features and benefits
Corrosion-resistant to withstand the most challenging conditions
Dust seal cap for resistance to high dust concentrations
Robust cardan shaft for longer life in demanding applications
Low leakage version for energy savings
Recessed mounting flange on wheel motors, giving optimal utilization of bearing capacity
151B3114 - ORBITAL MOTOR OMV 0800 - DANFOSS
Features and benefits
Corrosion-resistant to withstand the most challenging conditions
Dust seal cap for resistance to high dust concentrations
Robust cardan shaft for longer life in demanding applications
Low leakage version for energy savings
Recessed mounting flange on wheel motors, giving optimal utilization of bearing capacity
4510017 - OVERHAUL SEAL KIT MPV046 FOR PUMP
Using Danfoss Genuine Parts you can guarantee maximum reliability for your equipment, maximizing productivity and performance.
By using non-original spare parts you will save on cost but a negative impact on the performance and strength of your equipment.

*The image is an illustrative purpose
4510066 - OVERHAUL SEAL KIT 42P28 FOR PUMP
Using Danfoss Genuine Parts you can guarantee maximum reliability for your equipment, maximizing productivity and performance.
By using non-original spare parts you will save on cost but a negative impact on the performance and strength of your equipment.

*The image is an illustrative purpose
155U2602 - JOYSTICK PVREL - DANFOSS
PVREL is an electric remote control lever made in weather-resistant plastic.PVREL is for easy mounting in operating panels. PVREL is characterised by:
IP 67 enclosure
low operating forces
obust construction
small dimensions
* The image is an illustrative purpose
151F0516 - OMS 125 ORBITAL MOTOR - WHITE DRIVE MOTORS
The O-series is flexible beyond compare. Delivering premium power across the board, these motors cover small to large, medium to heavy-duty needs with pressure capability up to 275 bar (3,990 psi). Robust, reliable and designed to fulfill the latest emissions standards.
* Image for illustration purposes only
155B4218 - JOYSTICK PVRES - DANFOSS
PVRES can be used individually or with PVRES accessories built together to form a complete operatingpanel. PVRES is particularly suited to panel mounting and characterized by:
finger-tip control
small dimensions
low weight
built-in flow regulation
accessories such as emergency stop and lamps 
For more information download the DataSheet present in the product sheet.
11186706 - ORBITAL MOTOR OMP X 160 - WHITE DRIVE MOTORS
The code 11186706 replaces code 151-0618
The Orbital X is a next-generation small hydraulic motor designed for exceptional durability, efficiency, and precision. Engineered with advanced sealing technology and superior cleanliness, it outperforms the competition in lifespan and reliability. Whether used in agricultural, industrial, or mobile applications, Orbital X delivers high torque performance in a compact package.
151B3319 - OMV 630 ORBITAL MOTOR - DANFOSS
Features and benefits
Corrosion-resistant to withstand the most challenging conditions
Dust seal cap for resistance to high dust concentrations
Robust cardan shaft for longer life in demanding applications
Low leakage version for energy savings
Recessed mounting flange on wheel motors, giving optimal utilization of bearing capacity