LIQUID COOLED

JACKET LOADS

 

 

Water or water glycol provide coolant mediums for most applications. Designs in this group range from simple pipes to full enclosing jackets depending on heat transfer requirements.

Alternative coolants can be used in some instances, contact factory.

Detailed below are typical designs.

FREQUENCY

RANGE

 

WAVEGUIDE SIZE

STANDARD TYPE

TYP

LENGTH (mm)

 

GHz
U.K.
I.E.C
E.I.A.
PART NO.
PEAK MW

 

AVE kW

 

VSWR
 
1.14-1.73
WG6
R14
WR650
6-HL-9063
5
30
1.20:1
700
2.17-3.30
WG9A
R26
WR340
9A-HL-9064
4
20
1.20:1
400
2.60-3.95
WG10
R32
WR284
10-HL-9065
2
16
1.15:1
390
3.30-4.90
WG1A
R40
WR229
1A-HL-9066
1
12
1.15:1
380
3.95-5.85
WG12
R48
WR187
12-HL-9067
1
10
1.10:1
490
4.90-7.05
WG13
R58
WR159
13-HL-9068
0.7
15
1.15:1
410
5.85-8.20
WG14
R70
WR137
14-HL-9069
0.5
15
1.20:1
375
7.05-10.0
WG15
R84
WR112
15-HL-9070
0.5
20
1.10:1
335
8.20-12.4
WG16
R100
WR90
16-HL-9071
0.75
1.5
1.10:1
320
10.0-15.0
WG17
R120
WR75
17-HL-9072
-
0.5
1.10:1
290
12.4-18.0
WG18
R140
WR62
18-HL-9073
0.5
10
1.15:1
235
18.0-26.5
WG20
R220
WR42
20-HL-9074
-
2
1.15:1
200
21.7-33.0
WG21
R260
WR34
21-HL-9075
-
2
1.10:1
230
26.5-40.0
WG22
R320
WR28
22-HL-9076
-
2
1.12:1
192
33.0-50.0
WG23
R400
WR22
23-HL-9077
-
1.5
1.15:1
175

Customer to specify 1 Flange type
  2 Coolant Connections
(Contact factory for optimum solution) 3 Material / Finish
  Copper / Brass or Aluminium
  4 Coolant type flow rate and load back pressure
  5 Orientation
  6 Pressurisation level of waveguide system

* There is an important trade off between performance and cost. Please specify your requirements in detail to obtain optimum solution. Many high performance models are available and the physical size can also be altered to suit your requirements.

 

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