|Usage/Application||Liquid Level Controller|
|Size||15mm to 50mm|
|Surface Treatment||Paint Coated|
This device consists of two separate units, the float chamber and the electronic controller. The float chamber consists of a housing, float ball, float coil and coil enclosure. The float ball is located inside the housing and moves an attached magnetic stem up or down in an enclosing tube from the top and is protected by the coil enclosure. The construction permits all high voltage connections and wiring to be made at a remote or non-hazardous location.
|Model Name/Number||MSVA12 TO MSVA40 & MDSVA12|
|Usage/Application||CONTROLLING AMMONIA LIQUID|
|Surface Treatment||POWER COATED|
|Working Temperature||-45 DEG. CEL.|
|Media||Gas, Liquid Ammonia R717 NH3|
|Size||15mm to 200mm|
These valves are lor Ammonia duty MSVA are pilot operated valves whilst the
MDSVAare direct operated solenoid valves
Theyare used mmanyapplicatiOnssuchascoldstO
ThesevaJvesmust beinstalled in horizontal posruonswuh lhecoll housing no morethan
The valveis made upfrom various metals.Whilstltaonless steelIs used for components like stems,plungers,themainbody ismade from LCC
|Valve Size||15mm to 50mm|
|Media||Gas, Ammonia Liquid and Ammonia Gas|
|Control||Direct-Operated, Pilot Operated|
|Gas Type||R717 Ammonia,Natural Gas|
|Minimum Order Quantity||1 Set|
The Liquid Level Controllers are available in 2 models.
Type LC 101 AI & 39FI
The Liquid Controller consists of a float chamber and an electronic controller. It can be used on all non corrosive liquids such as Ammonia, Toluene, Freon etc.
The electronic controller has a bar graph display module installed to continuously display the rising & falling of liquid level inside the float chamber. The level controller is used to control the liquid level in various refrigeration applications.
These level controllers can also be used as a protection against too high & too low liquid levels.
• Refrigerant R717 (NH3), HFC, HCFC.
• Differential Adjustable between 10 to 40 mm.
• Max operating pressure for float housing 19 bar.
• Enclosure for float housing IP 65
• Amplifier / controller is available in IP 65 wall mounting enclosure or DIN 1/4 for panel mounting enclosure.
• Float Chamber and Amplifier are also available in flame proof enclosure.
|Minimum Order Quantity||1 Piece|
Type SA5 solenoid valve is the direct acting type & type SA 17, SA 32, SA 42, SA 50 are higher capacity pilot operated solenoid valves for refrigeration & air conditioning applications. SPECIFICATIONS :
• Refrigerants : R717 (NH3), R22, R134A etc.
• Temperature of medium -40°C to + 80°C
• Single coil (type KC -3) for all SA series valves.
TYPE MS SERIES
These high quality valves are compact, strong and reliable. Stainless steel pistons with Teflon seals are used to overcome the problem of valve sticking due to dirt or lack of oil. Pilot seats are polished stainless steel on Teflon discs and main valve seats align for tight closing. These valves can be used in liquid. suction, hot gas, discharge, pump lines etc., where a strong opening, tight closing valve is required.
• All Valves are spring closing.
• All Valves have Teflon seat. One Solenoid Coil fits all Valves
We have introduced new series of Microcontroller based controllers. The new MPRCC is complete controller to operate compressors / chiller packages / condensing units. It can be used for Multi Cylinder compressor or with RACK system of multiple compressors. The inbuilt features are
• Four Analog inputs ( 4 to 20mA) for pressure transmitter
e.g. compressor suction, discharge, oil and intermediate
• Four Digital inputs (potential free)
• Six Relay Outputs for Compressor Capacity Control
• Solenoid Valves and Compressor start stop
• Interlock for compressor start command
• Inbuilt time delay for Differential Oil trip
• Adjustable time delay for capacity control solenoid valves
• Adjustable Neutral Zone, Inter Stage Differential,
• Optional RS232 / RS485 port for communication
• Optional available Software for PC monitoring
Compact Single Enclosure unit. can be fitted into the panel Operates directly on 230VAC, 50Hz Supply. No need of auxiliary supply units
Simple to use key board
16 X 2 Line LCD Display with Backlight
Main valves, type SPM 1 and SPM 3
Main valve type SPM is specially developed to regulate pressure and temperature in refrigeration, freezing and air conditioning plants with fluorinated refrigerants and ammonia. SPM is a pilot operated main valve with screwed-in pilot valves or pilot valves mounted in an external pilot line. Main valves type SPM are used in refrigeration plant with dry evaporation, pump circulation, natural circulation. The regulator is available in two variants, SPM 1and SPM 3. SPM 1 is designed to accept one pilot valve either screwed-in or mounted in an external pilot line. SPM 3 will accept three screwed-in pilot valves or pilot valves mounted in an external pilot line. Thus several functions can be performed by the same valve.
|Minimum Order Quantity||1 Unit|
|Media||AMMONIA FREON HFC HCFC|
SPML valves are servo-operated main valves with screwed-on pilot solenoid valves. SPML valves use an external pressure source for opening (which means that no differential pressure across the SPML valve is required in order to maintain open state). This makes the valve especially suitable for low-pressure suction lines.
The SPML valves can be used in all types of refrigeration systems:
• Direct expansion
• Pump recirculation
• Natural circulation
Within their specifed pressure and temperature ranges SPML
valves can be used for fuorinated refrigerants (R 22, R 134a,
R 404a, R 12, R 502, etc.) or ammonia(R 717)
SPML pilot-operated solenoid valves can be installed in:
• Suction lines
• Return lines (liquid/vapour)
• Pressure-equalising lines
• Bypass lines
SPMLX are 2-step servo-controlled main valves with screwed- on pilot solenoid valves. SPMLX valves use an external pressure source for opening (which means that no differential pressure across the SPMLX valve is required).
|Operating Temperature Range||-50 to +65 Deg C|
|Safe Operating Pressure||28 Bar|
Whlei prlmafily designed for Ammonia.this c:on trol is also suitable for R·22 and o her norn corrostve liquids thathave a specific graviryof O.Sormote.
lhe:comroller lsIdealforthcontrolof the operatinglevel ofliquidin liqudi refrige(ant
ae<umulators and separators.Althoughthls l.s notmally done witha solenoid valve,the controlleramactivat ana1armorapump orslmlla(device.
Ught<feep drawnbo<fy,drawninonepiE<e.Ball& StembremadefromSS.
Thts device consists of one float chamber with a magnetic ope1ated swit<hin th.e top housing.The float chamber consists of a housing, float ballandmagnet.The float ball is located inside the housing and moves an attached magnetic stem up or down i n an enclosing tv be from thetopand iS protected by theenclosure.
Gravityequalisationof theliquidlevehl nthe ffoat(hamber isa function of theliquid,For Ruids having a high viscosity theresponse time will be slower.Thelevelcon trollershould not beused on wa terapplica tions.