Thermon. Cellex TubeTrace. Tubing Bundles BSX TM. Self-Regulating Heating Cable. Now with IEC Ex Product Specifications

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1 TM Self-Regulating Heating Cable Tubing Bundles 5-5. Application... Freeze Protection or Process Temperature Maintenance Tube Temperature Range: 5 C to 0 C TubeTrace, with cut-to-length self-regulating heating cable, is designed to provide freeze protection or relatively low temperature maintenance for metallic and nonmetallic tubing. The self-regulating heat output of cable varies in response to the surrounding conditions along the entire length of a circuit. Whenever the heat loss of TubeTrace increases (as ambient temperature drops), the heat output of the cable increases. Conversely, when the heat loss decreases (as ambient temperature rises), the cable reacts by reducing its heat output. Self-regulating is a benefit because it eliminates the possibility that the heater cable can generate enough heat to burn itself out. Likewise there is a lower possibility of overheating the tube or product. The T classification in hazardous applications is the lowest possible. Also, installed cost is lower because cut-to-length makes end connections easy with minimal waste. has a smaller dimensional cross section than other self-regulating cables making it perfect for instrument installations. cables are approved for use in ordinary (nonclassified) areas and are certified to the ATEX directive for use in Category and (Zone and ) classified areas. Ratings/Specifications... Available watt densities Supply voltages Typical tube temperature range Max. maintenance temperature Max. continuous exposure temperature Power-off T-rating 9, 5, 5 W/m W/m ased on stabilised design Note... B. T-rating per internationally recognised testing agency guidelines. Ratings 9, 5, 5, C 0 Vac 5 C to 0 C 65 C 85 C T6 85 C T5 00 C T6 85 C. heating cables are approved for the listed T-ratings using the stabilised design method. This enables the cable to operate in hazardous areas without limiting thermostats. The T-rating may be determined using CompuTrace Electric Heat Tracing Design Software or contact for design assistance. Construction... Process Tube Heat Reflective Tape Non-Hygroscopic Glass Fiber Insulation Polymer Outer Jacket 5 Nickel-Plated Copper Bus Wires 6 Radiation Cross-Linked Semiconductive Heating Matrix 7 Radiation Cross-Linked Dielectric Insulation 8 Tinned Copper Braid 9 OJ Polyolefin overjacket over tinned copper braid provides additional protection where exposure to inorganic chemicals is expected Option... 0 FOJ Fluoropolymer overjacket over tinned copper braid provides additional protection where exposure to organic chemicals or corrosives is expected Product Features... Self-Regulating Small Profile Heater Cable Cut-to-Length Hazardous Area Approvals , 0

2 TM Self-Regulating Heating Cable Power Output Curves... The power outputs shown apply to cable installed on insulated metallic pipe (using the procedures outlined in IEEE Standard ) at the service voltages stated below. Power output will increase due to the thermal efficiency of TubeTrace. Product Type 0 Vac Nominal Power Output at 0 C W/m Watts per Metre at 0 Vac Pipe Temperature C How to Specify... Bundle Type SE = Single Tube ME= Multiple Tubes Process Tube O.D. = /" = /8" = /" 6 = 6 mm 8 = 8 mm 0 = 0 mm = mm Process Tube Material A = 6L SS Welded As = 6Ti SS Welded B = B68 Copper C = PFA Teflon D = Monel E = Titanium F = 6L SS Seamless Fs = 6Ti SS Seamless G = 0 SS Welded H = 0 SS Seamless J = Hastaloy C76 K = Inconel 85 M = FEP Teflon P = Polyethylene T = PTFE Teflon X = Special Heating Cable Certifications/Approvals... European Organisation for Electrotechnical Standardisation II G/D EEx e II T5 or T6 0 ATEX 0 SE-6A---ATPVC--M Number of Tubes Heater Cable Type = (9 0V = 5 (5 W/m)@ 0 V 5 = 8 (5 0 V 7 = 0 ( 0V Heater Cable Option = OJ/Polyolefin 7 = FOJ/Fluoropolymer Jacket Option Type ATPVC PE TPU. Seamless tubing has a standard quality K, other qualities are available on special request. Tubing meets the ASTM standards, tubing that meets DIN standards is available on special request.. Teflon is a trademark of E.I. du Pont de Nemours & Co., Inc.. Monel and Inconel are trademarks of Inco Alloys International, Inc. M or I. Black ATPVC is standard, other jacket materials are available. ATPVC is similar to PVC with improved low temperature flexibility. Metric or Imperial Indication Process Tube Wall Thickness 00 =.00" 0 =.0" (B68 Copper) 05 =.05" 00 =.00" (Plastic Only) 07 =.07" (Plastic Only) 09 =.09" 06 =.06" (Plastic Only) 065 =.065" (6/6L SS Seamless Only) = mm.5 =.5 mm Factory Mutual Research Underwriters Laboratories Inc. has additional hazardous area approvals including: DNV Lloyd s SAA JIS CCE/CMRS Contact for additional approvals and specific information. 5-5.

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5 TM Self-Regulating Heating Cable Tubing Bundles Application... Freeze Protection or Process Temperature Maintenance Tube Temperature Range: 5 C to 0 C TubeTrace, with cut-to-length self-regulating heating cable, is designed to provide freeze protection or temperature maintenance for metallic and nonmetallic tubing. also withstands the temperature exposures associated with steam purging or high temperature exposure The self-regulating heat output of cable varies in response to the surrounding conditions along the entire length of a circuit. Whenever the heat loss of TubeTrace increases (as ambient temperature drops), the heat output of the cable increases. Conversely, when the heat loss decreases (as ambient temperature rises), the cable reacts by reducing its heat output. Self-regulating is a benefit because it eliminates the possibility that the heater cable can generate enough heat to burn itself out. Likewise there is a lower possibility of overheating the tube or product. The T classification in hazardous applications is the lowest possible. Also, installed cost is lower because cut-to-length makes end connections easy with minimal waste. cables are approved for use in ordinary (nonclassified) areas and are certified to the ATEX directive for use in Category and (Zone and ) classified areas. Ratings/Specifications... Available watt densities Supply voltage Typical tube temperature range Max. maintenance temperature Max. intermittent exposure temperature Power-on T-rating 5,, 8 W/m 6 W/m ased on stabilised design B Ratings 5,, 8, 6 C 0 Vac 5 C to 0 C 9 C C T 00 C T 0 C T to T6 Construction... Process Tube Heat Reflective Tape Non-Hygroscopic Glass Fiber Insulation Polymer Outer Jacket 5 Nickel-Plated Copper Bus Wires 6 Semiconductive Heating Matrix and Fluoropolymer Dielectric Insulation 7 Nickel-Plated Copper Braid 8 Fluoropolymer overjacket provides additional protection where exposure to organic chemicals or corrosives is expected Product Features... Self-Regulating Withstands High Exposure Temperatures C Cut-to-Length Hazardous Area Approvals T-rating per internationally recognised testing agency guidelines.. heating cables are approved for the listed T-ratings using the stabilised design method. This enables the cable to operate in hazardous areas without limiting thermostats. The T-rating may be determined using CompuTrace Electric Heat Tracing Design Software or contact for design assistance.

6 TM Self-Regulating Heating Cable Power Output Curves... The power outputs shown apply to cable installed on insulated metallic pipe (using the procedures outlined in IEEE Standard ) at the service voltages stated below. Power output will increase due to the thermal efficiency of TubeTrace. Product Type 0 Vac Nominal Power Output at 0 C W/m Watts per Metre at 0 Vac Pipe Temperature C How to Specify... Bundle Type SE = Single Tube ME= Multiple Tubes Process Tube O.D. = /" = /8" = /" 6 = 6 mm 8 = 8 mm 0 = 0 mm = mm Process Tube Material A = 6L SS Welded As= 6Ti SS Welded B = B68 Copper C = PFA Teflon D = Monel E = Titanium F = 6L SS Seamless Fs = 6Ti SS Seamless G = 0 SS Welded H = 0 SS Seamless J = Hastaloy C76 K = Inconel 85 M = FEP Teflon P = Polyethylene T = PTFE Teflon X = Special Heating Cable Certifications/Approvals... European Organisation for Electrotechnical Standardisation II G/D EEx e II T or T 0 ATEX SE-6A--7-ATPVC--M Number of Tubes Heater Cable Type = 5 (5 0V = 0 ( 0V 5 = 5 (8 0V 7 = 0 (6 0V Heater Cable Option 7 = FOJ/Fluoropolymer Jacket Option Type ATPVC PE TPU. Seamless tubing has a standard quality K, other qualities are available on special request. Tubing meets the ASTM standards, tubing that meets DIN standards is available on special request.. Teflon is a trademark of E.I. du Pont de Nemours & Co., Inc.. Monel and Inconel are trademarks of Inco Alloys International, Inc. M or I. Black ATPVC is standard, other jacket materials are available. ATPVC is similar to PVC with improved low temperature flexibility. Metric or Imperial Indication Process Tube Wall Thickness 00 =.00" 0 =.0" (B68 Copper) 05 =.05" 00 =.00" (Plastic Only) 07 =.07" (Plastic Only) 09 =.09" 06 =.06" (Plastic Only) 065 =.065" (6/6L SS Seamless Only) = mm.5 =.5 mm Factory Mutual Research Underwriters Laboratories Inc. has additional hazardous area approvals including: DNV Lloyd s SAA JIS CCE/CMRS Contact for additional approvals and specific information

7 TM Power-Limiting Heating Cable Tubing Bundles Application... Freeze Protection or Process Temperature Maintenance Tube Temperature Range: 5 C to 0 C TubeTrace, with cut-to-length power-limiting heating cable, is designed to provide freeze protection and temperature maintenance for metallic and nonmetallic tubing. also withstands the temperature exposures associated with steam purging or other high temperature exposure. A coiled resistor alloy heating element provides the powerlimiting feature of. This PTC (Positive Temperature Coefficient) characteristic decreases the cable s power output as the TubeTrace temperature increases. Conversely, when the heat loss increases (ambient temperature lowers), the cable reacts by increasing heat output. Power-limiting is a benefit because it dramatically reduces the possibility of operating the cable beyond it s temperature limits during uncontrolled conditions. Likewise there is a lower possibility of overheating the tube or product. The T classification in hazardous applications is the lowest possible. The composite construction of the heating element and fiber substrate, plus an additional fiber cushion layer, make an exceptionally durable heating cable. Durability has made TubeTrace with the industry standard for high temperature emissions and process analyzer applications. cables are approved for use in ordinary (nonclassified) areas and are certified to the ATEX directive for use in Category and (Zone and ) classified areas. Ratings/Specifications... Available watt densities Supply voltages Typical tube temperature range Max. maintenance temperature Max. continuous exposure Ratings, 8,, 57 0 C 0 Vac 5 C to 0 C 0 C 60 C T-rating Based on stabilised design T to T6. T-rating per internationally recognised testing agency guidelines.. heating cables are approved for the listed T-ratings using the stabilised design method. This enables the cable to operate in hazardous areas without limiting thermostats. The T-rating may be determined using CompuTrace Electric Heat Tracing Design Software or contact for design assistance. Construction Process Tube Heat Reflective Tape Non-Hygroscopic Glass Fiber Insulation Polymer Outer Jacket 5 Nickel-Plated Copper Bus Wires 6 Composite Coiled Resistor Heating Element 7 Heater Bus Connection (not shown) 8 Fiberglass Braid (not shown) 9 Fluoropolymer Dielectric Insulation 0 Nickel-Plated Copper Braid Options... OJ Fluoropolymer overjacket Product Features... Power-Limiting reduces possibility of overheating Withstands High Exposure Temperatures 60 C Cut-to-Length Unsurpassed durability due to coiled alloy ele ment combined with composite construction Hazardous Area Approvals

8 TM Power-Limiting Heating Cable Power Output Curves... The power outputs shown apply to cable installed on insulated metallic pipe (using the procedures outlined in IEEE Standard ) at the service voltages stated below. Power output will increase due to the thermal efficiency of TubeTrace. Product Type 0 Vac Nominal Zone Length cm Power Output at 0ºC W/m How to Specify... Watts per Metre at 0 Vac Pipe Temperature C Bundle Type SE = Single Tube ME= Multiple Tubes Process Tube O.D. = /" = /8" = /" 6 = 6 mm 8 = 8 mm 0 = 0 mm = mm Process Tube Material A = 6L SS Welded As= 6Ti SS Welded B = B68 Copper C = PFA Teflon D = Monel E = Titanium F = 6L SS Seamless Fs = 6Ti SS Seamless G = 0 SS Welded H = 0 SS Seamless J = Hastaloy C76 K = Inconel 85 M = FEP Teflon P = Polyethylene T = PTFE Teflon X = Special Heating Cable Certifications/Approvals... European Organisation for Electrotechnical Standardisation II G/D EEx e T to T6 0 ATEX 07X SE-6A-5--ATPVC--M Number of Tubes Heater Cable Type 5 = 5 ( 0V 5 = 0 (8 0V 55 = 5 ( 0V 57 = 0 (57 0V Heater Cable Option = BN/Nickel Copper Braid 7 = FOJ/Fluoropolymer Jacket Option Type ATPVC PE TPU. Seamless tubing has a standard quality K, other qualities are available on special request. Tubing meets the ASTM standards, tubing that meets DIN standards is available on special request.. Teflon is a trademark of E.I. du Pont de Nemours & Co., Inc.. Monel and Inconel are trademarks of Inco Alloys International, Inc.. Black ATPVC is standard, other jacket materials are available. ATPVC is similar to PVC with improved low temperature flexibility. M or I Metric or Imperial Indication Process Tube Wall Thickness 00 =.00" 0 =.0" (B68 Copper) 05 =.05" 00 =.00" (Plastic Only) 07 =.07" (Plastic Only) 09 =.09" 06 =.06" (Plastic Only) 065 =.065" (6/6L SS Seamless Only) = mm.5 =.5 mm Factory Mutual Research Underwriters Laboratories Inc. has additional hazardous area approvals including: DNV Lloyd s SAA JIS CCE/CMRS Contact for additional approvals and specific information