|
|
|
 |
|
Regulation valves
|
|
Electronic two- and three- way
valves, line 5175
|
 |
|
Use – in regulation circuits of heating, air-conditioning, and waterworks systems for
accurate regulation of fl owage and mixing of non-aggressive liquids, gases, and fumes
up to a tem per a ture of 200°C. The piping is clean, free of pressure impacts.
Type517 equipped with JCI VA7150 or VA7152 electronic
power unit
|
| |
| Details |
|
Membrane two- and three- way
regulation valves – line 5155
|
 |
|
Use - in regulation circuits of heating, air-conditioning and waterworks sys tems for
accurate fl owage regulation of non-aggressive liquids, gases, and fumes up to a
temperature of 200°C. The piping is clean, free of pressure impacts.
Design - two-way
a)direct function – D the
higher the entry signal is, the lower the fl owage
via the valve is
b)restoring function – R the higher the entry signal is, the higher the fl owage via the valve is
Design – three-way
a) mixing function – Ythe higher the entry signal is, the fl owage either de creas es or increases at the
same time
|
| |
| Details |
|
Regulation two- and three-way
valves for line
YV3AG5
|
 |
|
USE
– in connection with M10/M10Y power units, in reg u la tion circuits of
heat ing, air-conditioning, and waterworks sys tems for the reg u la tion of
fl owage, or mixing with non-ag gres sive liquids, gas es, and fumes up to a
temperature of 130°C. They excel in re li a bil i ty, simplicity, and by seal ing
any of the entrance outlets they can be used as a two-way straight, or
corning, regulation valves.
The piping is clean, free of pressure impacts.
|
| |
| Details |
| |
|
Electronic
power unit
|
|
M10 / M10Y
5
|
 |
|
Use – for control of YV3AG two-way and three-way mixing valves line,
in heating, air-con di tion ing, and waterworks systems for fl owage reg ula
tion and mixing of non-aggressive liquids, gases, and fumes up to a
temperature of 130°C. The M10 and M10Y power units feature a simple
and sturdy construction with long service life.
Description – assembly to the valve is done with the help of the cap
nut. When opening the valve, the working pin pushes onto the con trol ling
valve rod. When closing, the working pin releases the controlling rod and
the valve automatically adjusts into the closing stage via its own directive
spring. In the fi nal position, the motor is shut off by ter mi nal switches. The
drive is equipped with the position scale of the valve and during motor
operation indicates the direction of movement by ro tat ing. By ejecting the
knob the motor can be shut off and the valve can be operated manually.
Upon switch ing into the Automatic Mode the drive re ad justs by pushing
in the knob, or automatically upon turning on the motor.
|
| |
| Details |
| |
|
©
2006 V.J.
|
|