INTRODUCTION
As requirements for low emission processes make your job more difficult, Kimray has a solution. Using our rich experience in the oil and gas industry, we have developed the Kimray Electro-Hydraulic Actuator. Using a high efficiency hydraulic pump, you can now actuate your valves with no emissions. And with a small solar panel, this solution becomes self contained and energy independent. This can be used with any size Kimray topworks, or and spring return topworks requiring 30 psi to actuate.
OPERATIN G PRINCIPLE
For all versions of the EHA, hydraulic oil is shuttled from the area on top of the diaphragm to the area underneath the diaphragm through a manifold. For a Pressure Opening (PO) valve the volume on the top of the diaphragm acts as a storage space for hydraulic oil at atmospheric pressure. The volume underneath the diaphragm is pressurized to actuate the valve open. An oil reservoir is attached to the top of the valve actuator to allow for hydraulic oil input and visual measurement of the hydraulic oil level. The EHA can be used with either a pressure to open valve or a pressure to close valve. When a signal is received through the control
circuit to open a PO valve, the pump is activated and begins to move and pressurize the hydraulic oil out of the top of the diaphragm space and into the volume underneath the diaphragm. The valve actuator begins to open the valve.
For the Discrete (ON/OFF) version, the pump continues with pressure being monitored by the pressure transducer until the maximum set point is reached. At that point, the pump is deactivated and the valve remains open. The Discrete version does not have position feedback. Two discrete inputs (such as a GEN II electronic level controller) are monitored for operation. The first discrete input notifies the controller to begin opening the valve by changing from an open contact to a closed contact. The second discrete input notifies the controller to begin closing the valve by changing from an open to a closed contact.
Specifications
Pressure: 30 PSI
Current:
Voltage : 12 VDC (11.0-14.0 VDC)
24 VDC (22.0-26.0 VDC)
MODBUS input (TDA-, TDB+): RS-485
Temperature: -40°F to 140
Hydraulic Oil: Kimzoil #6927
Actuation Times:
As requirements for low emission processes make your job more difficult, Kimray has a solution. Using our rich experience in the oil and gas industry, we have developed the Kimray Electro-Hydraulic Actuator. Using a high efficiency hydraulic pump, you can now actuate your valves with no emissions. And with a small solar panel, this solution becomes self contained and energy independent. This can be used with any size Kimray topworks, or and spring return topworks requiring 30 psi to actuate.
OPERATIN G PRINCIPLE
For all versions of the EHA, hydraulic oil is shuttled from the area on top of the diaphragm to the area underneath the diaphragm through a manifold. For a Pressure Opening (PO) valve the volume on the top of the diaphragm acts as a storage space for hydraulic oil at atmospheric pressure. The volume underneath the diaphragm is pressurized to actuate the valve open. An oil reservoir is attached to the top of the valve actuator to allow for hydraulic oil input and visual measurement of the hydraulic oil level. The EHA can be used with either a pressure to open valve or a pressure to close valve. When a signal is received through the control
circuit to open a PO valve, the pump is activated and begins to move and pressurize the hydraulic oil out of the top of the diaphragm space and into the volume underneath the diaphragm. The valve actuator begins to open the valve.
For the Discrete (ON/OFF) version, the pump continues with pressure being monitored by the pressure transducer until the maximum set point is reached. At that point, the pump is deactivated and the valve remains open. The Discrete version does not have position feedback. Two discrete inputs (such as a GEN II electronic level controller) are monitored for operation. The first discrete input notifies the controller to begin opening the valve by changing from an open contact to a closed contact. The second discrete input notifies the controller to begin closing the valve by changing from an open to a closed contact.
Specifications
Pressure: 30 PSI
Current:
| Open | Hold Open | Closing | Hold Close | |
| 12 Fail safe | 3A | 2.6A | 1.4A | 1.2A |
| 12 fail in place | 0.3mA | 10mA | 0.2mA | 10mA |
| 24 Fail safe | 10mA | 0.3mA | 10mA | 0.2mA |
| 24 fail in place | 10mA | 10mA | 10mA | 10mA |
Voltage : 12 VDC (11.0-14.0 VDC)
24 VDC (22.0-26.0 VDC)
MODBUS input (TDA-, TDB+): RS-485
Temperature: -40°F to 140
Hydraulic Oil: Kimzoil #6927
Actuation Times:
| 1" HPMV | 2" HPMV | |
| Full Open | 7s | 25s |
| Full Closed | 2s | 15s |
















兴城市|
乌拉特前旗|
佛冈县|
克拉玛依市|
永兴县|
上林县|
衢州市|
名山县|
沾化县|
宜兰县|
广南县|
大城县|
沅江市|
天峻县|
上犹县|
独山县|
绍兴市|
礼泉县|
建平县|
南投县|
平定县|
灯塔市|
长垣县|
元谋县|
山东|
昌邑市|
潞西市|
墨脱县|
临夏县|
霍林郭勒市|
池州市|
汾西县|
剑川县|
闸北区|
黎平县|
肇庆市|
罗定市|
青海省|
鹿泉市|
吴川市|
莆田市|