Home

About Us

Products Newsletter Offshore Capabilities Downloads Contact Us
    Products l Back  
  2/2- Way Direct Acting Solenoid Valve
for steam and hot water application upto 4 bar pressure
Normally Closed, Energised To Open
DATA SHEET
9130 B
 
SPECIFICATIONS :
Sizes 6mm (1/4") to 15mm (1/2").
End Connections Standard-BSP.
Construction-Body Upto 6mm (1/4") Brass forged IS 6912 and above in
SS ASTM A351 Gr. CF8 or CF8M.
Seat EPDM.
Differential Pressure From 0 to 4 bar (See table).
Coil Voltage Standard-230-volts, 50Hz AC.
Optional-Any Standard AC range.
Coil Insulation and Temperature Ambient upto 42°C.
Class 'H' insulated upto 155°C.
Class 'C' insulated upto 180°C.
Coil rating
 Continuously rated.
Enclosure Standard-General Purpose SQ. moulded coil upto IP-20,
Optional- Weatherproof SQ. moulded coil upto IP-67, Flameproof Round coil upto FLP IIB / FLP IIC.
Approvals CMRS Dhanbad.
Fluids Steam temp. upto 150°C.
Hot water temp. upto 95°C.
Sales Point Direct acting, standard valve for low pressure steam application.
Application Steaming equipment, textile, processing equipment, laundry equipments, kitchen equipment and others.
Note Not suitable for back pressure from out let side.
Hot water temperature limited upto 95°C only.
Suitable for wet steam:
Not available in Normally Open Design.
Not available in DC Construction.
Not available with MO.
For high pressure steam, use valve type 9130H.
For instruction manual refer IM 9130.
USE OF FILTER IN THE INLET SIDE IS HIGHLY RECOMMENDED.
 

SPECIFICATION TABLE

2/2 WAY NORMALLY CLOSED
Catalogue
Number		 pipe
Size		 Orifice
Size		 Flow Factor
Kv		 Minimum
pressure		 Maximum Operating Pressure
(bar) 		BTP Material Constr.
Ref.		 VA
Rating		 Coil Housing
Inch mm M³/hr. bar Hot Water* Steam bar Body Seat AC Type
9130B61 1/4 6 0.80 0 4 4 40 BR EPDM 157 36 M50-HT SQ
9130B6110 3/8 6 0.80 0 4 4 40 CF8 EPDM 158 36 M50-HT SQ
9130B6115 1/2 6 0.80 0 4 4 40 CF8 EPDM 158 36 M50-HT SQ
9130B8115 1/2 8 1.30 0 1.5 1.5 40 CF8 EPDM 158 36 M50-HT SQ
9130B1115 1/2 11 2.00 0 0.6 0.6 40 CF8 EPDM 158 36 M50-HT SQ
* Hot water at 95°C only.
 
ELECTRICAL REFERENCE
Coil Type Power Consumption & Watt Rating Class Of
Insulation		 Protection
AC
VA Inrush VA Holding
 M 50 HT SQ 50 36 H C  GP/WP IP-67
 M 50 HT RD 50 36 H C  GP/WP IP-67
 M 50 HT  FLP IIB/FLP IIC 50 36 H C  IS 2148 Group IIA, IIB, IIC
 IS 13947 Part I IP-67
 IS 4012 Dustproof/ IS 4013 Dustlight
 
1
 
DIMENSIONS ( IN MM )
Catalogue
Number		 Pipe
Size		 Constr.
Ref.		 A B C Weight
(Approx.)
Inch kgs.*
9130B61 1/4 157 39.5 10.5   98   0.615
9130B6110 3/8 158 54 16 107 0.735
9130B6115 1/2 158 54 16 107 0.735
9130B8115 1/2 158 54 16 107 0.735
9130B1115 1/2 158 54 16 107 0.735
* Weight with SQ enclosure only, ask AVCON for other weights.
CONSTRUCTION REF. NO.:157

CONSTRUCTION REF. NO.:158


TEMPERATURE TABLE FOR SATURATED STEAM UNDER GAUGE PRESSURE
Pressure (bar) Temp (°C) Pressure (bar) Temp (°C)
0.5 111 6 165
1 120 7 170
1.5 127 8 175
2 134 9 180
2.5 139 10 184
3 144 11 188
3.5 148 12 191
4 152 13 195
4.5 155 14 198
5 159 15 200
Valve fitted with M50 RD GP coil-
General purpose enclosure as per IP-20


Valve fitted with M50 RD coil-
Waterproof metallic enclosure as per IS 13947 Part I IP-67


Valve fitted with M50 FLP IIB / FLP IIC coil-
Flameproof metallic enclosure as per IS 2148
Catalogue
Number		 Pipe
Size		 Constr.
Ref.		 E (RADIALLY) F G (APPROX.)
Inch RD GP RD WP    FLP    RD GP RD WP     FLP   RD GP RD WP    FLP  
9130B61 1/4 157 66 96 96 57 68 80 89 94 159
9130B6110 3/8 158 66 96 96 57 68 80 98 103 168
9130B6115

1/2

 158 66 96 96 57 68 80 98 103 168
9130B8115 1/2 158 66 96 96 57 68 80 98 103 168
9130B1115 1/2 158 66 96 96 57 68 80 98 103 168
 
FLOW CALCULATION GRAPHS FOR SATURATED STEAM :
The valve flow coefficient Kv = 1, if 1 cubic meter (m³) water (at 30°C) is passing through the valve per hour with a pressure drop (∆P) of a bar. To select the right valve with certain Kv value, read to steam flow graphs as follows.
 
EXAMPLE :
A valve is required to pass 400 Kg/h (Qm) of saturated steam at inlet pressure of 7 bar (g) ∆P of 0.5 bar : What is the Kv?
 
SOLUTION :
Read the steam graph to find the graph factor (Fg) and use the formula : Kv=QM/Fg = 400/45 = 8.5
 
NOTE :
Absolute pressure = gauge pressure plus atmospheric pressure of 1.033 bar. In most system it is desirable to keep the pressure drop to a minimum. Never use a  ∆P greater than 50% of the absolute inlet pressure because excessive pressure drop cause irregular flow.
 
Note:
Technical specifications details & dimensions are subject to change without prior notice.
Dimensions in the table are approximate subject to final confirmation by AVCON.
 
Products l Back
   
  home l about us l products l newsletter l offshore capabilities l downloads l sitemap l faq l contact us Copyright © 2008 All Rights Reserved