Flow controller
Products
6
S3600 Shop testing device for mould cooling water circuit - CPR (7,5 L/min; 50 bar)
€3,138.50*
S3600_Capacity tank:
30 l
|
S3600_Digital flow meter:
No
|
S3600_Flow rate:
7,5 l/min
|
S3600_Liquid:
50% H2O / 50% Glykol
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S3600_Pressure (max.):
50 bar
|
S3600_Pressure settings:
Yes
The CPR cooling test station is an easy and effective tool to check the thermoregulation circuit hydraulic seal.It is possible to carry out the test by closing the tap that cuts off the flow circulation, allowing the pump to generate pressure inside the circuit; the pressure can be adjusted by way of a relief valve. Once the desired test pressure has been achieved the feeding tap has to be closed and the engine switched off. In such situation any leakage in the circuits immediately produces a pressure drop inside the circuit, as shown by a manometer. Once the test is over the circuit can be emptied through compressed air that pushes the liquid back into the CPR tank.In order to verify the flow rate inside each circuit at a defined pressure it is necessary to equip the CPR with a pump and engine able to guarantee a higher flow rate. The circulating pressure will be defined by the circuit geometry and can be adjusted to reach the desired value thanks to a relief valve.In order to have a more flexible system the CPR machine can be equipped with a frequency drive system able to modify the RPM of the engine and accordingly the flow rate.Such CPR machines are equipped with a digital flow meter and with a system by-pass able to protect the flow meter while using compressed air to empty the circuit.
S3601 Shop testing device for mould cooling water circuit - CPR C60-P30-DN8 (30 L/min; 40 bar)
€5,884.65*
S3601_Capacity tank:
60 l
|
S3601_Digital flow meter:
Yes
|
S3601_Flow rate:
30 l/min
|
S3601_Liquid:
50% H2O / 50% Glykol
|
S3601_Pressure (max.):
40 bar
|
S3601_Pressure settings:
Yes
The CPR cooling test station is an easy and effective tool to check the thermoregulation circuit hydraulic seal.It is possible to carry out the test by closing the tap that cuts off the flow circulation, allowing the pump to generate pressure inside the circuit; the pressure can be adjusted by way of a relief valve. Once the desired test pressure has been achieved the feeding tap has to be closed and the engine switched off. In such situation any leakage in the circuits immediately produces a pressure drop inside the circuit, as shown by a manometer. Once the test is over the circuit can be emptied through compressed air that pushes the liquid back into the CPR tank.In order to verify the flow rate inside each circuit at a defined pressure it is necessary to equip the CPR with a pump and engine able to guarantee a higher flow rate. The circulating pressure will be defined by the circuit geometry and can be adjusted to reach the desired value thanks to a relief valve.In order to have a more flexible system the CPR machine can be equipped with a frequency drive system able to modify the RPM of the engine and accordingly the flow rate.Such CPR machines are equipped with a digital flow meter and with a system by-pass able to protect the flow meter while using compressed air to empty the circuit.
S3602 Shop testing device for hydraulic systems of moulds
€3,007.70*
S3602_Capacity tank:
30 l
|
S3602_Flow rate:
9 l/min
|
S3602_Pressure (max.):
90 bar
The CPC hydraulic cylinder test station is useful equipment to test the proper operation of hydraulik cylinders.
The movement of the cylinder can be managed with a manual handle.
The pressure can be set according to the specific requirements.
Variants from €2,550.00*
S3604 Cleaning device for cooling water way circuits
€6,930.80*
S3604_Capacity tank:
60 l
|
S3604_Flow inverter:
Ja
|
S3604_Flow rate:
11 l/min
The CDC test station was designed to remove limescale deposits from thermoregulation circuit molds. Once set, these kinds of deposits, during the molding process, can obstruct water flow thus limiting cooling efficacy. The limescale itself acts as an insulation layer between the thermoregulation fluid and mold. One millimeter of limescale deposit insulates as much as 10 mm of steel, meaning that thermoregulating a mold with limescale deposits in the circuit affects the performance as much as shifting channels several millimeters from the molding surface.
The CDC test station is provided with two tanks, one containing solvent liquid while the other contains passivating liquid. The first liquid descales the calcareous deposit, while the latter restrains the corrosive action of the solvent occasionally left in the circuit. The CDC is completely pneumatic and equipped with a cooling circuit automatic emptying device.
The CDC machine is able to clean the circuits as long as a minimum solvent flow rate is guaranteed. If the channel is completely closed the CDC machine cannot be used. In order to optimize the cleaning performance of the CDC equipment we suggest cleaning of the thermoregulation circuits one by one to guarantee solvent flow rate where needed. If more than one circuit is connected in parallel the solvent automatically flows where the pressure drop is lower and the cleaning efficacy will be lower in the obstructed channels. In case of standard maintenance it is however possible to use a CDC with a higher flow rate able to feed more than one circuit at a time. This is what CDC C120-P100 was developed for.
Variants from €4,446.15*
S3605 Shop testing device for mould cooling water circuit - CPR H2O C60 P25 (25 L/min; 10 bar)
€7,218.50*
S3605_Capacity tank:
60
|
S3605_Digital flow meter:
No
|
S3605_Flow rate:
25
|
S3605_Liquid:
H2O
|
S3605_Pressure (max.):
10
|
S3605_Pressure settings:
No
The CPR cooling test station is an easy and effective tool to check the thermoregulation circuit hydraulic seal.It is possible to carry out the test by closing the tap that cuts off the flow circulation, allowing the pump to generate pressure inside the circuit; the pressure can be adjusted by way of a relief valve. Once the desired test pressure has been achieved the feeding tap has to be closed and the engine switched off. In such situation any leakage in the circuits immediately produces a pressure drop inside the circuit, as shown by a manometer. Once the test is over the circuit can be emptied through compressed air that pushes the liquid back into the CPR tank.In order to verify the flow rate inside each circuit at a defined pressure it is necessary to equip the CPR with a pump and engine able to guarantee a higher flow rate. The circulating pressure will be defined by the circuit geometry and can be adjusted to reach the desired value thanks to a relief valve.In order to have a more flexible system the CPR machine can be equipped with a frequency drive system able to modify the RPM of the engine and accordingly the flow rate.Such CPR machines are equipped with a digital flow meter and with a system by-pass able to protect the flow meter while using compressed air to empty the circuit.
S3630 Flow control unit DexaTHERM
€972.40*
S3630_A:
420
|
S3630_AnzahlKreise:
8
|
S3630_Durchflussmengelmin:
30
|
S3630_Typ:
Mit Thermometer
Based on the patented temperature regulation of the cooling flow by operating the two valves with only one switch movement.
Variants from €271.30*