Table of Contents Pin-Configuration Selection Guide for HDE, HDS, & EFP

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2 Table of Contents -Configuration Selection Guide for HDE, HDS, & EFP Service Voltage Rating... Electrical Service Ratings... Ampacity Ratings by Contact... Electrical Service Ratings Explained... Operating Temperature Classification... Connector Selection Guide... Configuration Listing & Identification Connector Grounding Systems & Horsepower Ratings....0 Contact...- Contacts...- Contacts...- Contacts...-0 Contacts...- Contacts...- Contacts...- Contacts... 0 Contacts...-, Contacts... Contacts...-0, Contacts...0 Contacts... Contacts...- 0, Contacts..., Contacts... Contacts...- Contacts... Contacts...- Contacts ,, Contacts... Contacts...- 0, Contacts , 0 Contacts...,,, Contacts...0, 0 Contacts Contacts...-

3 Service Voltage Ratings: IEC & EC Contact/Wire s in AWG & Metric (mm²) & Grounding Method Identification Grounding Contact ination Symbol Solder Well Pressure Crimp Service Voltage Ratings IEC Ratings EC Ratings Symbol DC Volts AC Volts instrumentation A D E 0 0 B 0 0 C Symbol DC Volts AC Volts instrumentation - - A 00 D E B C OTE: IEC Service Voltage Ratings are not for circuit-breaking applications, frequency listing at 0, 0, and 00Hz Contact Symbol/Wire Multipin Contact s Contact Symbols Wire AWG AWG AWG 0 AWG AWG AWG /0 AWG /0 AWG 0 MCM Metric (mm²) mm mm mm mm mm mm mm mm mm Single Pole Contact s Contact Symbols Wire /0 AWG MCM MCM MCM MCM 00 MCM MCM MCM MCM MCM Metric (mm²) 0 0 mm mm mm mm mm mm mm mm mm mm

Electrical Service Ratings Arrangement Service Rating - Table Each insert plan form has a factory designated working voltage rating.

A letter in Column represents voltage ratings, with their associated maximum values, both AC and DC. The insert plan form listings show the ratings for each individual insert.

Circuit Breaking AC (V) *I = Instrumentation EC, MS Values based on RMS using MIL-C-0H Table, XVIII working voltage, IEC values based on 0- table b.

4 Electrical Service Ratings Arrangement Service Rating - Table Each insert plan form has a factory designated working voltage rating. The voltage allowable through the contacts, male and female, is limited by the dielectric separation between each contact and the nearest conductor (adjacent contacts and the connector shell). A letter in Column represents voltage ratings, with their associated maximum values, both AC and DC. The insert plan form listings show the ratings for each individual insert. Military Ratings IEC MIL-C-0H Required Minimum EC Ratings Service Specifications Creepage Distance Ratings on-circuit Breaking Electrical Service Voltage DC (V) AC (V) on- Circuit Breaking DC (V) Circuit Breaking AC (V) *I = Instrumentation EC, MS Values based on RMS using MIL-C-0H Table, XVIII working voltage, IEC values based on 0- table b. IEC Service Ratings circuit breaking is not permissable in IEC standards without a hot disconnet permit. Required Minimum Clearance or Through Air Spacing DC (V) AC (V) in mm in mm I / - - A / / D / / E / / B / / C / Alternative Classifications of Current Rating Military Current Ratings According to MIL-C-0 The maximum current carrying capability of a contact pair is determined by the basic design of the contacts and also the ability of the insulation to withstand the temperature rises caused by an increase in current. The connector is rated up to ºC (ºF) for continuous operation. The actual working temperature is a function of the ambient temperature and the summation of the heat dissipated by each individual contact. The maximum current rating for continuous supply is calculated from temperature of the insert. See Column in the above table. EC (ational Electrical Code) on-circuit Breaking Table, on the following page, lists ratings that are based on test results of contacts and connectors. The temperature range must fall within the range specified by Underwriters Laboratories Inc., assuming certain wire sizes. IEC Service Voltage Ratings on-circuit Breaking Service voltage ratings as designated by IEC are derived from IEC 0- Table b. When ascertaining required values for creepage and clearance voltages may be increased by a factor of. to accommodate the range in common use. Table, on the following page, lists these ratings.

Ampacity Ratings by Contact (Gauge) AWG, MCM, and mm Table : The

Contact s #AWG MCM ( mm² ) Ampacity Rating on-circuit Breaking EC

Breaking Contact Resistance Milliohms (mw) MS EC Crimp Solder AWG (.

mm² ) 0 0 0 0. 0. AWG (. mm² ) 0 0 0 0. 0. AWG ( mm² ) 0 0 0 0 0. 0. /0 AWG ( mm² ) 0 00 0.

00 A 0 MCM ( mm² ) - - 0.00 A MCM ( mm² ) - - 0.

5 Ampacity Ratings by Contact (Gauge) AWG, MCM, and mm Table : The following pages, and, apply to table below. Contact s #AWG MCM ( mm² ) Ampacity Rating on-circuit Breaking EC Ampacity Rating IEC Ampacity Rating on-circuit Breaking on-circuit Breaking Contact Resistance Milliohms (mw) MS EC Crimp Solder AWG (.0 mm² ) AWG (. mm² ) 0.. AWG (. mm² ) AWG (. mm² ) AWG (. mm² ) AWG ( mm² ) /0 AWG ( mm² ) /0 AWG (0 mm² ) MCM ( mm² ) A MCM ( mm² ) A 0 MCM ( mm² ) A MCM ( mm² ) A 00 MCM (0 mm² ) A MCM ( mm² ) A MCM ( mm² ) A MCM ( mm² ) A MCM ( mm² ) A

6 Electrical Service Ratings Explained On previous page, see 'Table ' header for notations: states Assumptions and Standards: Contact sizes: assume equal wire size included as contact and wire combination. Differing wire sizes will exhibit different electrical performance results. MS Specification (MIL-C-0D) current ratings are in accordance with MIL-C-0D EC Specifications assume a wire size selection that is in accordance EC guidelines for temperature rise. All ampacities shown are for individual contacts and must be derated to determine maximum total current to be carried by the connector. Use the tables and formulas detailed on pages: and Different ambient temperatures need to be taken into consideration when considering ampacity ratings, depending on application and the intended location to be used. It is particularly important to derate the connector when being used in hazardous locations. EC circuit breaking capability: connectors and contacts that have demonstrated the ability to rupture current under full rated load in accordance with UL standard, and MIL-C-E. EC circuit breaking for hazardous locations (Class and Division system) Connectors and contacts have demonstrated the ability to disconnect under full rated load in accordance with UL standard, and CSA C.--M IEC ampacity ratings: assume equal wire size, included as contact and wire combination. Differing wire sizes will exhibit different electrical performance results. Contact Resistance when tested in accordance with MIL- method 00. will not exceed the values listed in table column

7 Operating Temperature Classifications in Ambient Temperatures Wire current ratings: For a more conservative standard use the hazardous location derating formulas detailed on pages and. Hazardous locations: The following standards IEC derating per: IEC 00-0 :00 General requirements IEC 00- :00 Flameproof protection 'd' IEC 00- :00 Increased Safety protection 'e' These standards require that equipment in an energized condition does not exceed the rated surface temperature in order not to ignite hazardous atmospheres. These values are listed below in 'Table.' The formulas detailed on pages and will be of assistance to determine the correct insert and allowable ampacity for the connector application and location the value is expressed as dissipated wattage. Table IEC vs EC Temperature Classification Temp in C IEC Classification. America T T 00 T T 0 T TA T T 0 T TC T TB 0 T TA 00 T T T TD 0 T TC 0 T TB 0 T TA 00 T T 0 T T OTE: This table clarifies the differences in temperatures classification between IEC and EC, the orth American Standard Table IEC Safe Equipment Operating Temperatures Spontaneous Ignition Temp of the Gasses (T) T C Temperature Class of Equipment T 00 C T C T 00 C T 00 C T 0 C < T < < T < < T < < T < 00 Equipment Explosion Risk 00 < T < 0 Equipment Safe for Use 0 < T

8 Connector Selection Guide Maximum Allowable Wattages & Contact Resistance Values Table - Maximum Allowable Dissipated Wattage Connector Upper Ambient Temperature of +0 C Upper Ambient Temperature of +0 C Upper Ambient Temperature of + C Temperature Class Temperature Class Temperature Class T T T T T T Maximum Allowable Dissipated Wattage OTE: Please pay careful attention to the ambient temperature and also the temperature classification. Connectors are marked T unless otherwise requested. Table - Contact Resistance Values Contact Contact Resistance (milliohms mw) Soldered Crimped Contact Current Rating (amps) AWG (.0mm²)..00 AWG (.mm²).. AWG (.mm²) AWG (.mm²) AWG (.mm²) AWG (mm²) /0 AWG (mm²) /0 AWG (0mm²) Contact Contact Resistance (milliohms mw) Soldered Crimped Contact Current Rating (amps) MCM (mm²) A 0.0 MCM (mm²) A MCM (mm²) A 0.00 MCM (mm²) A 0.0 MCM (mm²) A 0.0 MCM (mm²) A MCM (mm²) A 0.00 MCM (mm²) A OTE: Contact Resistance measured in accordance with MIL-Std A, Method 00. Contact Resistance value expressed in milliohms mw for Table and Table. IMPORTAT To select the shell size of the connector, it is essential that you calculate the dissipated wattage of the arrangement. This ensures that the arrangement does not exceed the maximum permitted temperature classification with regard to the upper ambient temperature for the area of installation. In some cases it will be necessary to either derate the allowed ampacity of each contact or increase the shell size of the connector. Refer to Table about the maximum allowable dissipated wattage per connector size and use the calculations below to determine safe and proper working temperature of the chosen electrical connector.

Configuration Listing & Identification HDE, HDS and EFP Electrical Connector Service Rating The HDE, HDS and EFP Configuration listing is used primarily to identify various contact insert

For the end user, the list provides general information useful in the termination of plugs and receptacles.

9 Configuration Listing & Identification HDE, HDS and EFP Electrical Connector Service Rating The HDE, HDS and EFP Configuration listing is used primarily to identify various contact insert arrangements. For the engineer, it provides visual selection of the insert configuration needed to satisfy his other requirements. For the end user, the list provides general information useful in the termination of plugs and receptacles. To aid the reader, the insert configuration are presented in numerical order, based on the number of contacts in each insert. Contact Symbol Figure Available Alternate Key Positions Contact Location umbers Figure - Illustration Configuration The male insert illustration shown left (and those on the following pages) is shown as it appears when viewed from the front. Contacts are shown by both physical position within the configuration and by contact number. The contact number corresponds to the contact position shown on the rear face of the insert illustrated as well as to both the front and rear faces of the mating insert. The symbol used to show contact location is indicative of contact size. For example, the contact symbol in this illustration represents a # (.mm²) contact. An explanation of contact symbols is presented on each page of the listing. Each drawing also provides data on normal and alternate key positions. Drawings are reduced from actual size of the insert configuration. HDS and EFP Electrical Circuit Breaking CB Series. Reversed Service Applications All contact inserts can be reversed in the field or connectors can be ordered for reverse assembly. Typically, the panel mount receptacle houses a female insert, while the cable mounted plug accommodates the male insert. In reverse service the opposite is the case. Standard Female OTE: Alternate keying or insert polarization is intended to prevent improper intermating of plugs and receptacles of like shell sizes and like insert arrangements. Standard Male

10 Connector Grounding Systems & Horsepower Ratings Equipment Chassis Grounding Layout Load Equipment Chasis Connector s Grounded / (.mm) Common to grid pin Line Circuit Ground Connector Grounding Equipment ground conductors, when used, are always connected through a longer contact which is equipped with a spring clip for mechanically connecting the connector shell to the ground conductor. The ground (male) has /" (.mm) additional length to mate first and break last. The hard anodic coating is omitted inside shell at points of contact for the ground clip to positively bond to the connector shell. The position number of the long contact with ground clip is given on the following contact insert listing pages. o other positions are available. Horsepower Ratings: Engergized Circuits HDS Series CB Circuit breaking connectors are capable of breaking circuits under load at their service voltage and circuit breaking ampacity rating in accordance with the new Standard UL and, current rupturing requirements. They can also be used in emergencies to disconnect abnormal motor loads without danger of injurious or damaging flashover even under locked-rotor conditions. Maximum horsepower ratings at which they can safely open the circuit in emergencies are shown in the table at the right.in accordance with IEC regulations circuits may not be ruptured under load. on-interrupting Ampere Rating When used in series with a disconnect switch, for de-energizing the circuit before inserting or withdrawing the plug, HDS Series CB Conecctors can be used for loads up to the maximum ampere rating of the contacts. on-interrupting ratings are shown in the table below as well as in the contact insert listings on the following pages. If emergency circuit breaking, at these higher ratings, is apt to be encountered, an automatic disconnect switch should be used in series with the connector. Information on the combination power and automatic control contact inserts for HDS Series CB Connectors can be supplied upon request. Rating of Motors: Maximum Horsepower Wires, Poles & Phases -Wire, -Pole Three Phase -Wire, -Pole Two Phase Three Wire -Wire, -Pole Two Phase Four Wire Connector Rating C Breaking Amperes Classification 0V 0V 0V 00V

11 One Contact Crimp C umber HDS-C-/0M HDS-C-/0F Quantity AWG/ MCM (mm²) Service Voltage Rating /0 (0) D umber Crimp C HDS-C-M HDS-C-F Quantity AWG/MCM (mm²) Service Voltage Rating MCM () D umber Crimp C HDS-C-M HDS-C-F Quantity AWG/MCM (mm²) Service Voltage Rating MCM () D umber Crimp C HDS-C-M HDS-C-F Quantity AWG/MCM (mm²) Service Voltage Rating MCM () D

12 One Contact umber Crimp C HDS-C-M HDS-C-F Quantity AWG/MCM (mm²) Service Voltage Rating MCM () D umber Crimp C HDS-C-00M HDS-C-00F Quantity AWG/MCM (mm²) Service Voltage Rating 00MCM (0) D umber Crimp C HDS-C-M HDS-C-F Quantity AWG/MCM (mm²) Service Voltage Rating MCM () D umber Crimp C HDS-C-M HDS-C-F Quantity AWG/MCM (mm²) Service Voltage Rating MCM () D

13 One Contact Three Contacts umber Crimp C HDS-C-M HDS-C-F Quantity AWG/MCM (mm²) Service Voltage Rating MCM () D umber Crimp C HDS-C-M HDS-C-F Quantity AWG/MCM (mm²) Service Voltage Rating MCM () D Crimp umber HDS--M HDS--F Quantity AWG/MCM (mm²) Service Voltage Rating (.) D Crimp umber HDS--0GM HDS--0GF Quantity AWG/MCM (mm²) Service Voltage Rating 0 (.) D

14 Three Contacts Crimp umber HDS--0M HDS--0F Quantity AWG/MCM (mm²) Service Voltage Rating 0 (.) D Crimp umber HDS--GM HDS--GF Quantity AWG/MCM (mm²) Service Voltage Rating (.) A Solder Pressure umber HDS--GM HDS--GF HDS--GMR HDS--GFR Quantity AWG/MCM (mm²) Service Voltage Rating 0 0 () D Solder Pressure umber HDS--M HDS--F HDS--MR HDS--FR Quantity AWG/MCM (mm²) Service Voltage Rating () D

15 Four Contacts Crimp umber HDS--M HDS--F Quantity AWG/MCM (mm²) Service Voltage Rating (.) D Solder Crimp umber HDS--0M HDS--0F HDS--0M HDS--0F Quantity AWG/MCM (mm²) Service Voltage Rating 0 (.) D ote: 0 key position not available in pressure termination 0 Solder Crimp umber HDS--0GM HDS--0GF HDS--0GM HDS--0GF Quantity AWG/MCM (mm²) Service Voltage Rating 0 (.) D ote: 0 key position not available in pressure termination 0 G 0 0 Solder umber HDS--M HDS--F Quantity AWG/MCM (mm²) Service Voltage Rating (.) D 0

16 Four Contacts Solder Pressure Crimp umber HDS--M HDS--F HDS--MR HDS--FR HDS--M HDS--F Quantity AWG/MCM (mm²) Service Voltage Rating () D Solder Pressure Crimp umber HDS--GM HDS--GF HDS--GMR HDS--GFR HDS--GM HDS--GF Quantity AWG/MCM (mm²) Service Voltage Rating G () D Solder C0 umber HDS-C0-/0GM HDS-C0-/0GF Pressure C0 HDS-C0-/0GMR HDS-C0-/0GFR Crimp C0 HDS-C0-/0GM HDS-C0-/0GF Quantity AWG/MCM (mm²) Service Voltage Rating G 0 /0 () D Solder C0 Pressure C0 Crimp C0 umber HDS-C0-/0M HDS-C0-/0F HDS-C0-/0MR HDS-C0-/0FR HDS-C0-/0M HDS-C0-/0F Quantity AWG/MCM (mm²) Service Voltage Rating ote: 0 key position not available in pressure termination 0 0 /0 () D

17 Four Contacts Five Contacts Solder umber HDS--/0M HDS--/0F 0-0 Quantity AWG/MCM (mm²) Service Voltage Rating /0 (0) D Solder C umber HDS-C-/0GM HDS-C-/0GF Pressure C HDS-C-/0GMR HDS-C-/0GFR Quantity AWG/MCM (mm²) Service Voltage Rating /0 (0) D G 0 Solder C umber HDS-C-/0CM HDS-C-/0CF Quantity AWG/MCM (mm²) Service Voltage Rating /0 (0) D 0 0 umber Solder Crimp HDS--M HDS--F HDS--M HDS--F G Quantity AWG/MCM (mm²) Service Voltage Rating (.) D

18 Five Contacts Solder Crimp umber HDS--M HDS--F HDS--M HDS--MF Quantity AWG/MCM (mm²) Service Voltage Rating (.) D Solder Crimp umber HDS--M HDS--F HDS--M HDS--F 0-0 Quantity AWG/MCM (mm²) Service Voltage Rating (.) D Solder Crimp umber HDS--GM HDS--GF HDS--GM HDS--GF G Quantity AWG/MCM (mm²) Service Voltage Rating (.) D ote: Contact cannot be used with short cable adapter Solder 0 umber HDS-0-GM HDS-0-GF Pressure 0 HDS-0-GMR HDS-0-GFR Crimp 0 HDS-0-GM HDS-0-GF Quantity AWG/MCM (mm²) Service Voltage Rating () D

19 Five Contacts Solder 0 umber HDS-0-GM HDS-0-GF 0-0 Pressure 0 HDS-0-GMR HDS-0-GFR Quantity AWG/MCM (mm²) Service Voltage Rating () D G Solder C Pressure C umber HDS-C-/0M HDS-C-/0F HDS-C-/0MR HDS-C-/0FR 0-0 Quantity AWG/MCM (mm²) Service Voltage Rating /0 () E 0 Solder C umber HDS-C-/0GM HDS-C-/0GF 0-0 Pressure C HDS-C-/0GMR HDS-C-/0GFR Quantity AWG/MCM (mm²) Service Voltage Rating /0 () E G Solder C Pressure C umber HDS-C-/0M HDS-C-/0F HDS-C-/0MR HDS-C-/0FR Quantity AWG/MCM (mm²) Service Voltage Rating 0 /0 (0) D

20 Five Contacts Solder C Pressure C umber HDS-C-/0CGM HDS-C-/0CGF HDS-C-/0CGMR HDS-C-/0CGFR Quantity AWG/MCM (mm²) Service Voltage Rating /0 (0) D G 0 0 Crimp umber HDS--CM HDS--CF Quantity AWG/MCM (mm²) Service Voltage Rating (.) A (.) A 0 Solder 0 Crimp 0 umber HDS-0-CM HDS-0-CF HDS-0-CM HDS-0-CF Quantity AWG/MCM (mm²) Service Voltage Rating /0 () E (.) E Solder C umber HDS-C-/0CM HDS-C-/0CF Quantity AWG/MCM (mm²) Service Voltage Rating /0 (0) D (.) A 0 0

21 Six Contacts Crimp 0 umber HDS-0-CM HDS-0-CF Quantity AWG/MCM (mm²) Service Voltage Rating (.) E (.) E Pressure 0 umber HDS-0-CGMR HDS-0-CGFR Quantity AWG/MCM (mm²) Service Voltage Rating () D 0 (.) D G 0 0 Solder 0 Crimp 0 umber HDS-0-/0CM HDS-0-/0CF HDS-0-/0CM HDS-0-/0CF Quantity AWG/MCM (mm²) Service Voltage Rating /0 () A 0 () A Solder 0 Crimp 0 umber HDS-0-/0CM HDS-0-/0CF HDS-0-/0CM HDS-0-/0CF Quantity AWG/MCM (mm²) Service Voltage Rating /0 () D 0 0 (.) D

22 Six Contacts Pressure C umber HDS-C-/0CGMR HDS-C-/0CGFR G Quantity AWG/MCM (mm²) Service Voltage Rating 0-0 /0 () D 0 Relay (.) D 0 0 () D 0 Solder C umber HDS-C-/0CM HDS-C-/0CF Quantity AWG/MCM (mm²) Service Voltage Rating /0 (0) D (.) D 0 0 Crimp C umber HDS-C-/0M HDS-C-/0F Quantity AWG/MCM (mm²) Service Voltage Rating /0 () D Solder C umber HDS-C-/0CM HDS-C-/0CF Quantity AWG/MCM (mm²) Service Voltage Rating 0 /0 (0) D Relay (.) A 0 0

23 Six Contacts Seven Contacts Solder C umber HDS-C-/0CGM HDS-C-/0CGF Quantity AWG/MCM (mm²) Service Voltage Rating /0 (0) D Relay (.) A G 0 Solder C umber HDS-C-0CM HDS-C-0CF Quantity AWG/MCM (mm²) Service Voltage Rating 0MCM () D Relay (.) E 0 0 Pressure C Solder C umber HDS-C-/0CGMR HDS-C-/0CGFR HDS-C-/0CGM HDS-C-/0CGF G 0 Quantity AWG/MCM (mm²) Service Voltage Rating /0 (0) D 0 Relay (.) 0 0 Crimp umber HDS--M HDS--F Quantity AWG/MCM (mm²) Service Voltage Rating 0MCM () D

24 Seven Contacts Crimp umber HDS--GM HDS--GF Quantity AWG/MCM (mm²) Service Voltage Rating (.) A Crimp umber HDS--M HDS--F Quantity AWG/MCM (mm²) Service Voltage Rating (.) A Crimp 0 umber HDS-0-M HDS-0-F Quantity AWG/MCM (mm²) Service Voltage Rating (.) E Crimp umber HDS--M HDS--F Quantity AWG/MCM (mm²) Service Voltage Rating (.) E

25 Seven Contacts Eight Contacts Solder C Crimp C umber HDS-C-/0M HDS-C-/0F HDS-C-/0M HDS-C-/0M Quantity AWG/MCM (mm²) Service Voltage Rating /0 () D Solder Crimp umber HDS--/0CM HDS--/0CF HDS--/0CM HDS--/0CF Quantity AWG/MCM (mm²) Service Voltage Rating /0 () D () D 0 0 Crimp C umber HDS-C-/0CM HDS-C-/0CF Quantity AWG/MCM (mm²) Service Voltage Rating 0 - /0 () B 0 (.) A 0 Solder C umber HDS-C-0CM HDS-C-0CF Quantity AWG/MCM (mm²) Service Voltage Rating 0MCM () D (.) E

26 Eight Contacts ine Contacts Ten Contacts Solder C umber HDS-C-0CGM HDS-C-0CGF 0-0 Quantity AWG/MCM (mm²) Service Voltage Rating 0MCM () D (.) E G Crimp umber HDS--CM HDS--CF Quantity AWG/MCM (mm²) Service Voltage Rating () D (.) D 0 Crimp umber HDS--CM HDS--CF Quantity AWG/MCM (mm²) Service Voltage Rating (.) A (.) A Crimp umber HDS--0M HDS--0F 0 - Quantity AWG/MCM (mm²) Service Voltage Rating 0 (.) A 0 0

27 Ten Contacts Crimp umber HDS--0GM HDS--0GF Quantity AWG/MCM (mm²) Service Voltage Rating 0 0 (.) A 0 Crimp umber HDS--CM HDS--CF Quantity AWG/MCM (mm²) Service Voltage Rating 0 0 (.) D (.) D Crimp umber HDS--CGM HDS--CGF 0-0 Quantity AWG/MCM (mm²) Service Voltage Rating 0 (.) D (.) D G 0 Solder 0 umber HDS-0-CM HDS-0-CF Quantity AWG/MCM (mm²) Service Voltage Rating /0 () D (.) D 0

28 Ten Contacts Crimp 0 umber HDS-0-CM HDS-0-CF Quantity AWG/MCM (mm²) Service Voltage Rating 0 () D (.) D umber 0 0 Crimp HDS--CM HDS--CF Quantity AWG/MCM (mm²) Service Voltage Rating () D (.) Crimp C umber HDS-C-CM HDS-C-CF Quantity AWG/MCM (mm²) Service Voltage Rating 0 /0 () D (.) D Crimp C umber HDS-C-CGM HDS-C-CGF 0-0 Quantity AWG/MCM (mm²) Service Voltage Rating 0 /0 () D G (.) D

29 Twelve Contacts Fourteen Contacts Fifteen Contacts Crimp 0 umber HDS-0-0M HDS-0-0F Quantity AWG/MCM (mm²) Service Voltage Rating 0 (.) D Crimp umber HDS--M HDS--F Quantity AWG/MCM (mm²) Service Voltage Rating () D (.) A Solder umber HDS--0CM HDS--0CF Quantity AWG/MCM (mm²) Service Voltage Rating /0 () D 0 (.) D 0 Solder umber HDS--0CM HDS--0CF Quantity AWG/MCM (mm²) Service Voltage Rating /0 () D 0 (.) A

30 Fifteen Contacts Sixteen Contacts Seventeen Contacts Solder C umber HDS-C-0CGM HDS-C-0CGF Quantity AWG/MCM (mm²) Service Voltage Rating /0 () D 0 (.) A 0 Crimp umber HDS--M HDS--F Quantity AWG/MCM (mm²) Service Voltage Rating (.) D 0 0 Crimp 0 umber HDS-0-M HDS-0-F Quantity AWG/MCM (mm²) Service Voltage Rating (.) A 0 Crimp umber HDS--M HDS--F Quantity AWG/MCM (mm²) Service Voltage Rating (.0) A

31 Eighteen Contacts ineteen Contacts Crimp umber HDS--CM HDS--CF Quantity AWG/MCM (mm²) Service Voltage Rating 0 (.) D (.) D Crimp umber HDS--M HDS--F Quantity AWG/MCM (mm²) Service Voltage Rating (.) A Crimp umber HDS--GM HDS--GF Quantity AWG/MCM (mm²) Service Voltage Rating 0 (.) A 0

32 ineteen Contacts Crimp umber HDS--M HDS--F Quantity AWG/MCM (mm²) Service Voltage Rating (.) A Crimp 0 umber HDS-0-M HDS-0-F Quantity AWG/MCM (mm²) Service Voltage Rating (.) D 0 Crimp 0 umber HDS-0-GM HDS-0-GF Quantity AWG/MCM (mm²) Service Voltage Rating (.) D 0

33 Twenty Contacts Twenty-One Contacts Crimp 0 umber HDS-0-0M HDS-0-0F Quantity AWG/MCM (mm²) Service Voltage Rating 0 (.) B Center / A Outer Crimp 0 umber HDS-0-0GM HDS-0-0GF 0-0 Quantity AWG/MCM (mm²) Service Voltage Rating 0 (.) B Center / A Outer 0 0 Crimp 0 umber HDS-0-CM HDS-0-CF Quantity AWG/MCM (mm²) Service Voltage Rating (.) D (.) D Crimp umber HDS--CM HDS--CF Quantity AWG/MCM (mm²) Service Voltage Rating 0 (.) A (.) A 0 0

34 0 0 Twenty-Two Contacts Twenty-Six Contacts Twenty-Seven Contacts Crimp 0 umber HDS-0-0CM HDS-0-0CF Quantity AWG/MCM (mm²) Service Voltage Rating 0 0 (.) E 0 (.) D 0 0 Solder umber HDS--CM HDS--CF Quantity AWG/MCM (mm²) Service Voltage Rating (.) A (.) A (.0) A Crimp umber HDS--CM HDS--CF Quantity AWG/MCM (mm²) Service Voltage Rating (.) A 0 0 (.) A 0 Crimp umber HDS--CGM HDS--CGF Quantity AWG/MCM (mm²) Service Voltage Rating G 0 (.) A (.) A

35 0 Twenty-Seven Contacts Twenty-ine Contacts Thirty-Seven Contacts Crimp 0 umber HDS-0-CM HDS-0-CF Quantity AWG/MCM (mm²) Service Voltage Rating () D (.) A Crimp C umber HDS-C-CM HDS-C-CF Quantity AWG/MCM (mm²) Service Voltage Rating /0 () D (.) D (.) A Crimp Crimp Solder umber HDS--M HDS--F HDS--MC HDS--FC HDS--M HDS--F Quantity AWG/MCM (mm²) Service Voltage Rating (.) A umber Crimp 0 HDS-0-M HDS-0-F 0 Quantity AWG/MCM (mm²) Service Voltage Rating (.) A 0 0

36 Thirty-Seven Contacts Thirty-Eight Contacts Crimp 0 umber HDS-0-GM HDS-0-GF Quantity AWG/MCM (mm²) Service Voltage Rating (.) A 0 0 Crimp umber HDS--M HDS--F Quantity AWG/MCM (mm²) Service Voltage Rating (.) D 0 0 Solder C umber HDS-C-CM HDS-C-CF Quantity AWG/MCM (mm²) Service Voltage Rating /0 () D (.) A Crimp 0 umber HDS-0-CM HDS-0-CF Quantity AWG/MCM (mm²) Service Voltage Rating (.) A (.) A 0 0 0

37 Thirty-ine Contacts, Fourty-Two Contacts Fourty-Six Contacts, Fourty-Seven Contacts Crimp C umber HDS-C-CM HDS-C-CF Quantity AWG/MCM (mm²) Service Voltage Rating (.) D /0 () D (.) S (.) A Crimp umber HDS--M HDS--F Quantity AWG/MCM (mm²) Service Voltage Rating (.) D Crimp umber HDS--CM HDS--CF Quantity AWG/MCM (mm²) Service Voltage Rating (.0) A (.) A Crimp 0 umber HDS-0-CM HDS-0-CF Quantity AWG/MCM (mm²) Service Voltage Rating (.) D (.) A

38 0 Fourty-Seven Contacts Fifty Contacts Fifty-Five Contacts Solder C umber HDS-C-CM HDS-C-CF Quantity AWG/MCM (mm²) Service Voltage Rating /0 () D () D (.) A Crimp 0 umber HDS-0-CM HDS-0-CF Quantity AWG/MCM (mm²) Service Voltage Rating (.) D (.) A Crimp umber HDS--M HDS--F Quantity AWG/MCM (mm²) Service Voltage Rating (.0) Inst Crimp umber HDS--CM HDS--CF Quantity AWG/MCM (mm²) Service Voltage Rating 0 0 (.) D () D (.) A (.) A

39 0 0 0 Fifty-Eight Contacts Sixty Contacts Solder Crimp umber HDS--M HDS--F HDS--M HDS--F Quantity AWG/MCM (mm²) Service Voltage Rating 0 0 (.) A 0 Crimp umber HDS--GM HDS--GF Quantity AWG/MCM (mm²) Service Voltage Rating (.) A Crimp 0 umber HDS-0-0M HDS-0-0F Quantity AWG/MCM (mm²) Service Voltage Rating 0 (.) A Crimp umber HDS--CM HDS--CF Quantity AWG/MCM (mm²) Service Voltage Rating (.) A (.) A

40 Sixty-One Contacts, Sixty-Four Contacts Sixty-Eight Contacts, Seventy-Five Contacts Crimp Crimp umber HDS--M HDS--F HDS--M HDS--F Quantity AWG/MCM (mm²) Service Voltage Rating (.0) Inst Crimp 0 umber HDS-0-CM HDS-0-CF Quantity AWG/MCM (mm²) Service Voltage Rating (.) A (.) A Crimp 0 umber HDS-0-M HDS-0-F Quantity AWG/MCM (mm²) Service Voltage Rating (.) A Crimp umber HDS--CM HDS--CF Quantity AWG/MCM (mm²) Service Voltage Rating (.) A (.) A (.) A

41 Eighty-One Contacts inety Contacts One-Hundred Contacts Crimp 0 umber HDS-0-0CM HDS-0-0CF Quantity AWG/MCM (mm²) Service Voltage Rating (.) A 0 (.0) A Crimp 0 umber HDS-0-0M HDS-0-0F Quantity AWG/MCM (mm²) Service Voltage Rating 0 (.0) A Crimp umber HDS--00M HDS--00F Quantity AWG/MCM (mm²) Service Voltage Rating 00 (.) A

42 One-Hundred Contacts One-Hundred Fourty-Three Contacts umber 0 Crimp HDS--00GM HDS--00GF Quantity AWG/MCM (mm²) Service Voltage Rating (.) A Crimp umber HDS--CM HDS--CF Quantity AWG/MCM (mm²) Service Voltage Rating (.) A (.) A Crimp umber HDS--M HDS--F Quantity AWG/MCM (mm²) Service Voltage Rating (.) A

44 Electrical Equipment Corp. 00 orth Rockwell Street Chicago, Illinois 0, USA

Amphenol C 091 A/B/D. Circular Connectors. Amphenol-Tuchel Electronics GmbH

Amphenol C 091 A/B/D. Circular Connectors. Amphenol-Tuchel Electronics GmbH Amphenol C 091 A/B/D Circular Connectors Amphenol-Tuchel Electronics GmbH General information These connectors are designed and produced in conformity with the low-voltage directive (/3/EWG) respectively