T2040064101-000

File E28476 Project 2900062.7421762 August 29, 2015 REPORT on COMPONENT - Connectors for Use in Data, Signal, Control and Power Applications TYCO ELECTRONICS CORP MIDDLETOWN PA 17057-3170 Copyright  2015 UL LLC UL LLC authorizes the above named company to reproduce this Report only for purposes as described in the Conclusion. The Report should be reproduced in its entirety; however to protect confidential product information, the Construction Details Descriptive pages may be excluded. File E28476 Vol. 129 Sec. 4 and Report Page 1 Issued: 2015-08-29 DESCRIPTION PRODUCT COVERED: USR, CNR Component Connector, Cat. No. HDC, followed by –HE, followed by -006, -010, -016, -024, -032, -048, followed by M, F, MSS or FSS. Cat. No. HDC, followed by –HE, followed by -016, followed by M, F, MSS or FSS, followed by 17-32. Cat. No. HDC, followed by –HE, followed by -024, followed by M, F, MSS or FSS, followed by 25-48. Cat. No. HDC, followed by -HES or -HEC, followed by -006, -010, -016, -024, 032 or -048, followed by M or F. Cat. No. HDC, followed by –HE, followed by -006, 010, 016, 024, followed by MS, FS, MC, FC. Cat. No. HDC, followed by –HE, followed by -016, followed by MS, FS, MC, FC, followed by 17-32. Cat. No. HDC, followed by –HE, followed by -024, followed by MS, FS, MC, FC, followed by 25-48. Cat. No. HDC, followed by -HVE, –HVES or -HVEC, followed by -003, -006, -010, followed by M or F. Cat. No. HDC, followed by –HEE, followed by -010, -015, -018, -032, -046, -064, -092, followed by M or F. Cat. No. HDC, followed by –HEE, followed by -032, followed by M or F, followed by 33-64. Cat. No. HDC, followed by –HEE, followed by -046, followed by M or F, followed by 47-92. Cat. No. HEEE, followed by -020, -032, -040, -048, -064, -072, -080, -096, 128, -144, followed by -M or -F. Cat. No. HEEE, followed by -040, followed by -M or -F, followed by 41-80. Cat. No. HEEE, followed by -048, followed by -M or -F, followed by 49-96. Cat. No. HEEE, followed by -064, followed by -M or -F, followed by 65-128. Cat. No. HEEE, followed by -072, followed by -M or -F, followed by 73-144. Cat. No. HDC, followed by –HEAV, followed by -006, -010, -016, -024, followed by M, F, MS, FS. File E28476 Vol. 129 Sec. 4 and Report Page 2 Issued: 2015-08-29 GENERAL: These devices are multi-pole connectors intended for factory assembly on copper wire sizes as indicated in Ratings table below where the acceptability of combinations is determined by UL LLC. The devices are identified as follows: USR indicates investigation to United States Standards, UL 1977. CNR indicates investigation to Canadian National Standards, C22.2 No. 182.3. RATINGS: Cat. Nos. HDC-HE-006M HDC-HE-006F HDC-HES-006M HDC-HES-006F HDC-HE-006MSS HDC-HE-006FSS HDC-HE-010M HDC-HE-010F HDC-HES-010M HDC-HES-010F HDC-HE-010MSS HDC-HE-010FSS HDC-HE-016M HDC-HE-016F HDC-HE-032M HDC-HE-032F HDC-HES-016M HDC-HES-016F HDC-HES-032M HDC-HES-032F HDC-HE-016MSS HDC-HE-016FSS HDC-HE-032MSS HDC-HE-032FSS HDC-HE-024M HDC-HE-024F HDC-HE-048M HDC-HE-048F HDC-HES-024M HDC-HES-024F HDC-HES-048M HDC-HES-048F HDC-HE-024MSS HDC-HE-024FSS HDC-HE-048MSS HDC-HE-048FSS Voltage Vac/Vdc USR Ampere (A) CNR Ampere (A) 500 1 1 500 16 - 500 1 1 500 16 - 500 1 1 500 16 - 500 1 1 500 16 - File E28476 Cat. Nos. HDC-HVES-003M HDC-HVES-003F HDC-HVE-003M HDC-HVE-003F HDC-HVES-006M HDC-HVES-006F HDC-HVE-006M HDC-HVE-006F HDC-HVES-010M HDC-HVES-010F HDC-HVE-010M HDC-HVE-010F HDC-HEAV-006M HDC-HEAV-006F HDC-HEAV-006MS HDC-HEAV-006FS HDC-HEAV-010M HDC-HEAV-010F HDC-HEAV-010MS HDC-HEAV-010FS HDC-HEAV-016M HDC-HEAV-016F HDC-HEAV-016MS HDC-HEAV-016FS HDC-HEAV-024M HDC-HEAV-024F HDC-HEAV-024MS HDC-HEAV-024FS Cat. Nos. HDC-HEC-006M HDC-HEC-006F HDC-HEC-010M HDC-HEC-010F HDC-HEC-016M HDC-HEC-016F HDC-HEC-032M HDC-HEC-032F HDC-HEC-024M HDC-HEC-024F HDC-HEC-048M HDC-HEC-048F Vol. 129 Sec. 4 and Report Page 3 Issued: 2015-08-29 Voltage Vac/Vdc USR Ampere (A) CNR Ampere (A) 830 1 1 830 16 16 830 1 1 830 16 16 830 1 1 830 16 16 500 1 1 500 16 - 500 1 1 500 16 - 500 1 1 500 16 - 500 1 1 Voltage Vac/Vdc 500 500 500 500 USR Ampere (A) 1 16 1 16 CNR Ampere (A) 1 1 - 500 1 1 24, 20-12 500 16 - 14-12 500 1 1 24, 20-12 500 16 - 14-12 Conductor Sizes, AWG Str 24, 20-12 14-12 24, 20-12 14-12 File E28476 Cat. Nos. HDC-HVEC-003M HDC-HVEC-003F HDC-HVEC-006M HDC-HVEC-006F HDC-HVEC-010M HDC-HVEC-010F HDC-HEE-010M HDC-HEE-010F HDC-HEE-018M HDC-HEE-018F HDC-HEE-032M HDC-HEE-032F HDC-HEE-064M HDC-HEE-064F HDC-HEE-046M HDC-HEE-046F HDC-HEE-092M HDC-HEE-092F HEEE-020-M HEEE-020-F HEEE-032-M HEEE-032-F HEEE-040-M HEEE-040-F HEEE-080-M HEEE-080-F HEEE-048-M HEEE-048-F HEEE-096-M HEEE-096-F HEEE-064-M HEEE-064-F HEEE-128-M HEEE-128-F HEEE-072-M HEEE-072-F HEEE-144-M HEEE-144-F Vol. 129 Sec. 4 and Report Page 4 Issued: 2015-08-29 Voltage Vac/Vdc 830 830 830 830 830 830 500 500 500 500 USR Ampere (A) 1 16 1 16 1 16 1 16 1 16 CNR Ampere (A) 1 16 1 16 1 16 1 1 - 500 1 1 24, 20-12 500 16 - 14-12 500 1 1 24, 20-12 500 16 - 14-12 400 400 400 400 1 16 1 16 1 1 - 24, 20-12 14-12 24, 20-12 14-12 500 1 1 24, 20-12 500 16 - 14-12 400 1 1 24, 20-12 400 16 - 14-12 500 1 1 24, 20-12 500 16 - 14-12 400 1 1 24, 20-12 400 16 - 14-12 Disconnecting Use - see Sec Gen for required marking Conductor Sizes, AWG Str 24, 20-12 14-12 24, 20-12 14-12 24, 20-12 14-12 24, 20-12 14-12 24, 20-12 14-12 File E28476 Vol. 129 Sec. 4 and Report Page 5 Issued: 2015-08-29 TECHNICAL CONSIDERATIONS (NOT FOR FIELD REPRESENTATIVE’S USE): Use - For use only in or with complete equipment where the acceptability of the combination is determined by UL LLC. Conditions of Acceptability - The following are among the considerations to be made when evaluating the device in the end-use product. Interruption of Current 1. These devices are not suitable for interrupting the flow of current by connecting or disconnecting the mating connector. Current-Carrying Capability and Current Ratings 2. These devices have been subjected to the Temperature test with the rated currents and maximum temperature rise and recorded temperature (adjusted to 25°C ambient) values tabulated below: Cat Nos. HDC-HEC-024M mating with HDC-HEC-024F HDC-HVEC010M mating with HDCHVEC-010F HDC-HEE-046M mating with HDC-HEE-046F HEEE-072-M mating with HEEE-072-F HDC-HEAV016MS mating with HDCHEAV-016FS HDC-HEAV024MS mating with HDCHEAV-024FS Contact Pin Socket Pin Socket Pin Socket Pin Socket Wire size AWG 14 24 Curren t, A 16 1 14 16 14 16 Pin Socket Pin Socket Pin Socket 24 1 Pin Socket 24 14 16 14 16 1 Maximum Temperature, °C Recorded Rise Temperature 66.4 62.6 2.2 2.0 22.3 22.2 - 27.2 27.0 47.3 47.2 72.2 71.2 7.9 7.7 - 32.9 32.7 111.1 109.6 69.9 66.5 1.5 1.6 26.5 26.6 Represent HDC-HE HDC-HVE HDC-HVES HDC-HVEC HDC-HE HDC-HEE HDC-HE HDC-HEE HDC-HEEE HDC-HEAV HDC-HEAV-S HDC-HEAV HDC-HEAV-S File E28476 Vol. 129 Sec. 4 and Report Page 6 Issued: 2015-08-29 Insulating Materials 3. These devices employ insulating materials with properties as tabulated below at the minimum thickness employed in the connector housing, the suitability of the insulating materials based on the documented values shall be determined in the end-use application. Please note the values specified in the table when multiple materials are indicated represent the minimum values for the group of materials. Cat. No. HDC-HEC-024M HDC-HEC-024F HDC-HVEC-010M HDC-HVEC-010F HDC-HEE-046M HDC-HEE-046F HEEE-072-M HEEE-072-F HDC-HEAV-024MS HDC-HEAV-024FS Max Insulating Measured Minimum Flame HWI(+ HAI(+ RTI Operating Thickness Class +) +) Elec Material (#) Temp, 0C B for cover 0.8 mm HB 80 80 C for body B for cover 0.8 mm HB 80 80 C for body 0.8 mm B for cover 80 80 0.5 mm for body HB C for body 0.8 mm for cover 0.7 mm B (+) 130 125 0.6 mm C 0.4 mm HB - - 80 80 Note: (#) – Code for Insulating Body Material. (+): Thickness is less than the minimum Recognized material thickness of B, as such no assigned Flame class. UL 746C (12mm) Flammability test conducted. (++): These PLCs are based on the minimum Recognized material thickness. Mating Connectors 4. These devices have only been assessed for use with specific types of connectors within their product family. They have not been assessed to operate with any other similar devices from any other manufacturer. File E28476 Vol. 129 Sec. 4 and Report Page 7 Issued: 2015-08-29 Terminations 5. Crimp contacts of Cat. Nos. as tabulated below are intended for crimp termination on stranded copper conductor using the tooling shown as tabulated below for information purpose only. Contacts Cat. Nos. Conductor Sizes, AWG Crimp tool CEM, CEF, DEM, DEF 24, 20-12 ILL. 12 Miscellaneous 6. The enclosure of the device has live parts that may be exposed to user contact when the connector is energized. The device is suitable for use only within an acceptable enclosure.