List of products by brand Danfoss

Gear Motor - SNM2NN - Group 2
*Image for illustration purposes only

Gear Motor - SNM2NN - Group 2
*Image for illustration purposes only

0SNM2NN/025BN01BAM1C8C8NNNN/NNNNNAluminum gear motor Gr 2A high efficiency and a light weight aluminum constructionPressure balanced bearing blocks for maximum performance across operating rangeTeflon® coated bushings extend life under extreme temperature, pressure and speed conditionsOne piece gears minimize deflection under pressureAn excellent starting torque

121.20.587.00 - GEAR MOTOR - SNM2NL/019BN01B1L1C7C7NNNN/NNNNN

121.20.776.00 - GEAR MOTOR GR2 SNM2NN/025BN01FAM1C8C8NNNN/NNNNN 
GEAR MOTOR GR2 BIDIRECT FIXED DISPLAY

Danfoss Gear Motor - SNM2NN - Group 3
Download the Data Sheet for further technical information, you can find it in the product sheet.

Aluminum gear motor Gr 3
A high efficiency and a light weight aluminum construction
Pressure balanced bearing blocks for maximum performance across operating range
Teflon® coated bushings extend life under extreme temperature, pressure and speed conditions
One piece gears minimize deflection under pressure
An excellent starting torque 

SNM3NN / 033BN01FAM1CACANNNN / NNNNN
Aluminum gear motor Gr 3
A high efficiency and a light weight aluminum construction
Pressure balanced bearing blocks for maximum performance across operating range
Teflon® coated bushings extend life under extreme temperature, pressure and speed conditions
One piece gears minimize deflection under pressure
An excellent starting torque 

Flow Divider/Combiner, Fixed Ratio, Flow Synchronizing Option 
210 bar [3000 psi] • 45 l/min [12 US gpm]
This is a fixed ratio flow divider/combiner valve. In dividing mode, flow enters port 3 and passes across two fixed orifices in linked spools. If the pressure drop through one orifice is higher than the other, then the spools will move together to restrict the flow in the lower pressure outlet port. This maintains  equal pressure drops across the spools, thus maintaining the flow division in the outlet ports. In combining mode, flow will enter ports 2 and 4 pass  through the orifices, which causes the spools to move to restrict the higher-pressure inlet and maintain equal pressure drops and equal flow into the  valve.