Electromagnetic valves can match different circuits to achieve the desired control, while the precision and flexibility of control can be assured. There are many types of electromagnetic valves, and different electromagnetic valves function in different locations of the control system, often with one-way valves, direction control valves, speed control valves, etc。
Dphi-3711/ds-x
Dphi-3711/d-x
Dphi-3711/fi/nc-x 52
Dphi-3713/ds-x
Dphi-3713/d-x 53
Dphi-3713/e-x
Dphi-3713/h-x
Dphi-3713/s-x
Dphi-3713-x 53
Emps are based on three principles:
1. Directly electromagnetic valves: the rationale: when electricity goes off, electromagnetic forces from the electromagnetic wires lift the closure from the valve and the valves open; when electricity is cut, the electromagnetic power disappears and the springs press the closure on the valves and the valves are closed. Characteristics: normal working at vacuum, negative pressure, zero pressure, but generally not exceeding 25 mm。
2. Step-by-step direct electromagnetic valves: the rationale: it is a combination of direct and lead, and when there is no difference between imports and exports, the electromagnetic force lifts the lead small valves and the main valves upwards and opens the valves. When the difference between the import and the export reaches the starter pressure, the electromagnetic power leads the small valve, the lower cavity pressure of the main valve rises and the upper cavity pressure drops, thus pushing the main valve upwards using the pressure difference; when the power is cut, the lead valves use spring force or medium pressure to drive the closure, move downwards and close the valve。
3 . Lead electromagnetic valves: the principle: when power goes through, the electromagnetic force opens the lead cavity, the upper chamber pressure falls rapidly, the closed parts form a low and high pressure differential around the closed parts, the fluid pressure drives the shutter up and the valves open; when the power is cut, the springs turn the lead point off, the pressure creates a low and high pressure differential around the closed valves through the perforated rapid chamber, and the fluid pressure drives the shutter down and closes the valves. Characteristics: the upper limit of the fluid pressure range is high and can be installed at will (to be customised) but meeting the fluid pressure differential condition。
Dpho-3630/2/a-x 11
Dpho-6713/d-x 11
Dphu-1713/h-x 41
Dphu-1713-x
Phu-1751/2-x
Dphu-2631/2/eth9-x
Dphu-2711/hl2-x
Dphu-2711/h-x
Emps are classified by function: water electromagnetic valves, vapour electromagnetic valves, refrigeration electromagnetic valves, cryogenic electromagnetic valves, gaseous electromagnetic valves, fire-fighting electromagnetic valves, ammonia electromagnetic valves, gaseous electromagnetic valves, liquid electromagnetic valves, mini-emagnetic valves, pulse electromagnetic valves, hydraulic electromagnetic valves。
Sdhe-0671/a 10s
Sdhe-0639/c 20
Sdhe-0716-x
Sdhe-0632/2/wp
Sdhe-0631/2/a
Dhe-0671/fv-xk24dc
Dh-0670-xk24dc
Electromagnetic valves are industrial equipment controlled by electromagnetic controls and are automated basic elements used to control fluids, are an implementer and are not limited to hydraulic pressure and gaseous motion. The direction, flow, speed and other parameters of the medium are adjusted in the industrial control system。
Dha-0751/2/m
Dha-0631/2/a/m/7-24dc
Dha-0714/pa-gk 24dc 25/bt
Dha-0631/2/pa-gk 24dc 25/bt
Sdha/ma-0713s
Electromagnetic valves can match different circuits to achieve the desired control, while the precision and flexibility of control can be assured. There are many types of electromagnetic valves, and different electromagnetic valves function at different locations of the control system, often using one-way valves, safety valves, direction control valves, speed control valves, etc。
Supply of hydraulic products such as atos electromagnetic valves, atos conventional valves, atos superstition valves, atos plug-in valves, atos scale valves, atos switch valves, atos covers, atos pole pump, atos gear pump, atos blade pump, atos general tank, atos server tank, atos electronics, atos attachments, etc。
Sdhi-0630/2 23
Sdhi-0631/2 23
Sdhi-0632/2 23 pe
Sdhi-0632/2
Sdhi-0639/c 23
Sdhi-0710 23
Sdhi-0711 23
Dhi-0610/a-x
The electromagnetic valves have closed cavities, open holes at different locations, each of which is connected to a different pipeline, with a piston between the cavity, two electromagnetics on both sides, which side of the magnet wire is attracted to, and which side of the convection turns on or off the different vents by controlling the movement of the valves, while the vents are frequently open, the hydraulic fluids enter different discharges, and then push the pistons of the tank through pressure from the oil, which then push the piston poles, which then drive the pistons, which drive the pistons, which drive the pistons. Mechanical motion is thus controlled by the control of electro-magnetic circuits。
Dhi-0613/a-x 24dc 23,
Dhi-0613/wp-x 230ac,
Dhi-0613-x 230/50/60ac,
Dhi-0613-x 24dc,
Dhi-0614-x 24dc,
Dhi-0616/a-x 230/50/60ac,
Dhi-0618/a-x 24dc 23,
Dhi-0630/2/a-x 230/50/60ac 23,
Dhi-0630/2/a-x 24dc 23,
