MicroTracer (EMTS)
MicroTracer (EMTS) is a constant wattage cable that can be used for freeze protection and temperature maintenance of pipework and vessels. It has a maximum temperature of 200°C (392°F).
MicroTracer (EMTS) is particularly suited to refrigeration applications, small bore instrument lines or process pipework located in non-hazardous areas. MicroTracer (EMTS) is made from silicone rubber and as a result is very flexible and suited to applications where flexibility is important.
MicroTracer (EMTS) can be cut-to-length on site to match exact piping lengths without any complicated design considerations.
Example of Applications
- Process Pipework
- Refrigeration
- Small bore instrument lines
Benefits
- Can be cut-to-length
- Available for 110V and 240VAC
- Power outputs up to 50W/m
The installation of MicroTracer (EMTS) is quick and simple and requires no special skills or tools. Termination, splicing and power connection components are all provided in convenient kits.
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Product Specification - maximum withstand temperature 200°C (392°F)
MicroTracer (EMTS) is available in 6.5, 13, 23, 33 and 50 W/m outputs as illustrated on the graph to the right. The graph shows the nominal power output at 230V when installed on insulated metal pipes. Maximum Withstand Temperature
200°C (392°F)
Maximum Energised
Temperature
190°C (374°F)
see workpiece temperature data
Power Supply
110-120 VAC, 220-277 VAC
Cable Dimensions
EMTS-CS 11.4 x 8.2mm +/- 0.5mm
EMTS-CF 10.2 x 7.0mm +/- 0.5mm
Minimum Installation Temperature
-40°C (-40°F)
Minimum Bending Radius
EMTS-CS - 15mm
EMTS-CF - 25mm
Weight kg/100m
EMTS-CT - 14.3 kg
EMTS-CF - 14.3 kg
Cable Gland Thread Size
M20
Maximum Circuit Length (m) Product
Reference
115V
230V
6.5 EMTS
82
164
13 EMTS
58
116
23 EMTS
44
87
33 EMTS
36
73
50 EMTS
30
59
For 10% drop variation
Maximum Workpiece Temperatures (°C) Heater Nominal Output (W/m)
EMTS-C
EMTS-CS
EMTS-CF
6.5 EMTS
190
190
190
13 EMTS
180
185
185
23 EMTS
150
160
160
33 EMTS
110
115
115
50 EMTS
75
80
75
Surface temperature limits in acordance with EN50014