ENERGIZED
CONVENTIONAL CARTRIDGE HEATER
|
ENERGIZED D-SPLIT HEATER |
DE-ENERGIZED D-SpLIT HEATER |
Expansion when energized to
|
Contraction when de-energized
|
Heater Accessories
|
|
Heater Accessories
|
|
Heater Accessories
|
STANDARD D-SPLIT HEATERS
SR.NO.
|
Part Code No |
WATTAGE
(W) AT
240 Volts |
DIMENSION
(mm)
|
|||
A
|
B
|
C
|
||||
01
|
D
0608 - 05
|
500
|
150
|
200
|
14
|
|
02
|
D
0810 - 06
|
600
|
200
|
250
|
14
|
|
03
|
D
0911 - 05
|
500
|
230
|
280
|
14
|
|
04
|
D
1012 - 06
|
600
|
250
|
300
|
14
|
|
05
|
D
1012 - 10
|
1000
|
250
|
300
|
14
|
|
06
|
D
1113 - 7.5
|
750
|
280
|
330
|
14
|
|
07
|
D
1214 - 7.5
|
750
|
300
|
350
|
14
|
|
08
|
D
1315 - 10
|
1000
|
330
|
380
|
14
|
|
09
|
D
1416 - 15
|
1000
|
350
|
400
|
14
|
|
10
|
D
1517 -7.5
|
750
|
380
|
430
|
14
|
|
11
|
D
1618 - 10
|
1000
|
410
|
457
|
14
|
|
12
|
D
1618 - 15
|
1500
|
410
|
457
|
14
|
|
13
|
D
1820 - 10
|
1000
|
457
|
510
|
14
|
|
14
|
D
1820 - 15
|
1500
|
457
|
510
|
14
|
|
15
|
D
2022 - 15
|
1500
|
510
|
558
|
14
|
|
16
|
D
2123 - 16
|
1600
|
533
|
585
|
14
|
|
17
|
D
2224 - 15
|
1500
|
560
|
610
|
14
|
|
18
|
D
2426 - 10
|
1000
|
610
|
660
|
14
|
|
19
|
D
2426 - 15
|
1500
|
610
|
660
|
14
|
|
20
|
D
2426 - 20
|
2000
|
610
|
660
|
14
|
|
21
|
D
2729 - 20
|
2000
|
685
|
735
|
14
|
|
22
|
D
2931 - 20
|
2000
.
|
735
|
785
|
14
|
|
23
|
D
3032 - 20
|
2000
|
760
|
810
|
14
|
|
24
|
D
3133 - 20
|
2000
|
785
|
840
|
14
|
|
25
|
D
0609 - 6.5
|
650
|
150
|
200
|
14
|
|
NOTE :- 1. D-Split Heater also avaliable in 12.5 dia. , 16.5mm dia , & 19mm dia |
||||||
2.All Dimension are in m.m. unless otherwise stated. |
Tubular Heaters | Cartridge Heaters | Band Heaters | Strip Heaters | Cast-in Heaters
| Water
Heaters | Component Heaters | Immersion
Heaters | Circulation Heaters |
| Process Heaters | Canteen
Equipments | Control Panels | Thermostats
|S.S. Tubes | Appliances
|
Site
Best Viewed 800 x 600 Pixels IE -5 & above
Web Developers
SPRINT INFOTECH LTD.
SPECIAL FEATURES :
Heat transfer is maximized
Exceptional removability
Fits oversized bores
Optional hot tip
Better dielectric
Uniform heating
Improves heat transfer
Reduces maintenence costs
Reduces cost of process heating
Expand when energized and contract when de-energized