Member of the NIBE Group
Gillelejevej 30b - DK-3230 Graested - Denmark Tel.: +45 48 39 88 88 - Fax: +45 48 39 88 98 - [email protected] - www.san-as.com
CVR No.: 42 16 59 13
Type ref Nom. dim(mm)
Weightkg/100m
Min bending radius (mm)
Gland size
EMTS..CS 11.0x8.8 14.3 15 M20EMTS..CF 10.2x8.0 14.3 25 M20
Applications:• Withstandtemperaturesupto200°C• Availableinoutputsupto50W/m• Canbecuttolengthatsite• Particularlysuitedtosmallborepipework• Fullrangeofcontrolsandaccessories• Availablefor110/120and220/240VAC• Highlyflexible
Features:Microtracer typeEMTS isamediumtemperatureparallelresis-tance,constantwattage,cut-to-lengthheatingtapethatcanbeusedforfreezeprotectionorprocessheating.It isparticularlysuitedtorefrigerationapplicationsor forsmallbore instrument lines or process pipework located in non-hazardousareas.MicrotracertypeEMTSischosenwhenshortormoderatecir-cuit lengthsare required (selectMinitracer if longercircuitsarerequired).Thesilicone rubber insulation isparticularly suited toapplica-tionswheregreatflexibilityisrequired.TheinstallationofEMTSheatingtapeisquickandsimpleandrequiresnospecialskillsortools.Terminationandpowercon-nectioncomponentsareallprovidedinconvenientkits.makestheinstallationoftheheatingsystemveryeconomical.
Maxtemperature: Un-energized200ºC(392ºF) EnergizedSeetableMin.install.temp. -80ºC(-112ºF)Powersupply 220-240VACor110-120VACMaxresistanceofprotectivebraid. 18.2Ohm/km
Weight and dimensions:Construction:
Options:EMTS..CS Siliconerubberoverjacketovertinned copper braid provides additional protec- tion.EMTS..CF Fluoropolymeroverjacketovertinned copperbraidprovidesprotectionwhere corrosivechemicalsolutionsofvapours maybepresent.Technical Data
Optiona
l
overjac
ket
Constant Wattage Heating Tape Type EMTS up to 200°C
1.5mm
²coppe
r
copper
onduc
tors
Metalli
cbraid
Silicone
rubber
insulatio
nPar
allelcir
cuit
connec
tionSilicone
rubber
jacket Nic
hrome
heatin
g
element
FEbru
ary
20
18
01
11
1 E
NG
Member of the NIBE Group
Gillelejevej 30b - DK-3230 Graested - Denmark Tel.: +45 48 39 88 88 - Fax: +45 48 39 88 98 - [email protected] - www.san-as.com
CVR No.: 42 16 59 13
Heater nomi-nal output
(W/m)
Maximum permissible pipe temp. (ºC)EMTS-CS Part no. EMTS-CF Part no.
13 185 3664213 185 366411323 160 3664223 160 366412333 115 3664233 115 366413350 80 3664250 80 3664150
Termination kitUTK313
Description Part no.
EMTS..CS/CF with cable gland M20 7399135EMTS..CS/CF for cold cable 7399120
115V heating tape 230V heating tape277V multiply output by 5.80 277V multiply output by 1.45230V multiply output by 4.00 230V multiply output by 1.09208V multiply output by 3.27 208V multiply output by 0.91120V multiply output by 1.09 120V multiply output by 0.82110V multiply output by 0.91 110V multiply output by 0.25
Output(W/m)
Max circuit length* Zone length (Nom)
115V 230V 115V 230V13 58m 116m 741mm 1100mm23 44m 87m 900mm 1000mm33 36m 73m 1000mm 950mm50 30m 59m 995mm 900mm
*For±10%end-to-endpoweroutputvariation
Power conversion factors:
Grade 2.2toBS6351:Part1Heatingelement NickelChromiumPowerconductors Tinplatedcopper1.5mm2
ConductorinsulationSiliconerubberJacket SiliconerubberBraid TinnedcopperOverjacket SiliconerubberorFluoropolymer(FEP)(optional)
Maximum Pipe/Workpiece temperatures:The surface of the heater must not exceed the maximumwithstand temperature of its constructional materials. This isensuredbylimitingthepipeorworkpiecetemperaturetoasafelevel either by design calculation (a Stabilised Design) or bymeansoftemperaturecontrols.Forworstcaseconditions,thetemperatureofsteelpipesshouldbelimitedtothefollowinglevels:
Forconditionsotherthanworstcase,orpipesofothermaterials(eg.Plastic,StainlessSteel,etc.)Tolerances:Voltage+10%;Resistance+10%;-0%Pipe temperatures higher than those given above may beaccommodatedbyusing voltagecompensatingdevices - callforfurtherdetails.
Maximum circuit length:
Optiona
l
overjac
ket
Constant Wattage Heating Tape Type EMTS up to 200°C
1.5mm
²coppe
r
copper
onduc
tors
Metalli
cbraid
Silicone
rubber
insulatio
nPar
allelcir
cuit
connec
tion Silicone
rubber
jacketNic
hrome
heatin
g
element
Febru
ary
20
18
01
11
1 E
NG
