The radiator is comprised of a single unit with a pair of green led fans attached to it.  The maximum airflow 71.81 CFM at 2400 RPM, during our test the only sounds we heard with the side-panels removed was the whirl of the water passing through the tubing.  We initially tried to install the the radiator in the Cosmos S and come to find out that the radiator does not fit the Cosmos S as we had planned.  Next up came the Cooler Master 690 and once again it didn't fit, my advice is to check to see if this unit will fit in your case. 

You can also see the couplers used on all of the fitting, what you to do to install the tubing is remove the the screw-on lock nut which slides over the tubing, once the tubing has been put on the barb using some warm water to soften it, tighten the locking nut which in turn compress the tubing and locks the tubing in place.

This reservoir module includes tank, high-efficiency pump, water flow indicator, the complete unit fit inside two 5.25" drive bays.  The unit also is back lit with green lights so you can check the water level of the unit.  To fill the reservoir with water you will have to pull the reservoir out the drive bay about 2" so you can remove the fill screw and start adding the coolant mixed with you distilled water. 

My advice is to use a funnel to fill the unit with liquid simply because you run the risk of pouring some of the water mixture into housing unit rather than the reservoir.  This can happen when the hole is plugged by an air bubble.

The rear of the reservoir module is where is all of the electrical connections are made for the Aquagate Max water cooling system.   You of course have two barbs, one inlet and the other an outlet to complete the loop for the water cooling.  What you will find on the back of the unit are a single Molex connector which will supply power for the LEDs and the pump.  The connector that is marked Sensor, is where the temperature probe wires connect.  You also have access to a pair of 4-pin fan header, this will allow the fans to be controlled by the reservoir module.