HR25 HIROSE | Alldatasheet

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Technical content

Features

  1. Small, high density design Maximum plug outer diameter : 4, 6, 8 contacts : Ø10.5 12, 16, 20 contacts : Ø12.5 Designed with Hirose technology to be small, compact connectors with a low profile. 2. Wide range of product variations Number of contacts : 4, 6, 8, 12, 16, 20 Connector styles : Plug, jack, receptacle Termination style : Solder, crimp (Additionally, a direct PCB mounting style is also available for receptacles.) Contact gender : Plug, receptacle, and jack connectors are available configured either way with male or female contacts. 3. Shielded design The connector’s metal shell design is an optimal choice for devices that require EMI shielding. 4. RoHS compliant All materials and substances used to produce this product comply with RoHS standards. Mated dimensions Solder type plug (HR25-*TP-) Crimp type plug (HR25-9TP-C) Direct PCB mounting type receptacle (HR25-*TR-**A) Solder type jack (HR25-*TJ-) Crimp type jack (HR25-9TJ-C) Solder type receptacle (HR25-*TR-) Crimp type receptacle (HR25-9TR-C) In cases where the application will demand a high level of reliability, such as automotive, please contact a company representative for further information. 1

Product Specifi cations Ratings Rated current 1A Operating temperature range -25ç to +85ç Rated voltage 30V AC, 42V DC Storage temperature range -10ç to +60ç Items Specifications Conditions 1.Contact resistance 30 mø min. Measured at DC 1A 2. Insulation resistance 1,000 Mø min. Measured at DC 100 V 3. Withstanding Voltage No fl ashover or dielectric breakdown. AC 100 V for one minute 4. Vibration resistance No electrical discontinuity for 10 µs or greater. 10 to 55 Hz/cycle, amplitude: 0.75 mm, 3 axis directions, 2 hours each direction 5.Shock resistance No electrical discontinuity for 10 µs or greater. Acceleration: 490 ms , duration: 11 ms, 3 axis directions, 3 cycles each direction. 6.Mating Cycles Contact resistance: 50 mø max. 1,000 times 7.Temperature cycle Insulation resistance: 1,000 Mø min. -55ç: 30 minutes ➝ Normal temperature: 10 to 15 minutes ➝ 85ç: 30 minutes ➝ Normal temperature: 10 to 15minutes, left for 5 cycles 8. Moisture resistance Insulation resistance: 5 Mø min. (at high humidity)

50 Mø min (when dry)

Temperature: 40ç, relative humidity: 90 to 95%, left for 96 hours Material Item Material Finish Remarks Plug/jack Plated shell Zinc alloy Nickel plated ʕʕʕʕ Insulator PPS resin ʕʕʕʕ UL94V-0 Gasket, boot Ethylene-propylene rubber ʕʕʕʕ ʕʕʕʕ Contact Phosphor bronze Gold plated ʕʕʕʕ Receptacle Plated shell Zinc ally Nickel plated ʕʕʕʕ Insulator PPS resin ʕʕʕʕ UL94V-0 Contact Phosphor bronze Gold plated ʕʕʕʕ Gasket Ethylene-propylene rubber ʕʕʕʕ ʕʕʕʕ Product Number Structure HR25 - 9TP - 20 P C (**) ⁞Model name ɿ HR25 Series Shell size ɿ The shell size is the outer diameter of the mating end of the plug. ⁠Locking mechanism T ɿ Screw-lock ⁡Connector type P ɿ Plug R ɿ Receptacle J ɿ Jack ⁢Number of contacts ⁣Contact type: S ɿ Female contact P ɿ Male contact ⁤Contact termination method: None ɿ Solder termination C ɿ Crimp termination A ɿ PCB dip termination ⁥Other specifications: A two-digit number is added to indicate other specifications than ⁞ to ⁤ shown above. HR25 Series●High Performance, Microminiature Circular Connectors

˔ Solder type Unit: mm Part No. HRS No. No. of contacts A Ø B Ø C Ø D Weight HR25-7TP-4P(72) 125-0001-8 72 4 35 10.5 6.7 5 8g HR25-7TP-4S(72) 125-0002-0 72 HR25-7TP-6P(72) 125-0003-3 72 6HR25-7TP-6S(72) 125-0004-6 72 HR25-7TP-8P(72) 125-0005-9 72 8HR25-7TP-8S(72) 125-0006-1 72 HR25-9TP-12P(72) 125-0101-2 72 12 43 12.5 8.7 7 13g HR25-9TP-12S(72) 125-0102-5 72 HR25-9TP-16P(74) 125-0103-8 74 16HR25-9TP-16S(73) 125-0104-0 73 HR25-9TP-20P(72) 125-0105-3 72 20HR25-9TP-20S(73) 125-0106-6 73 ˔Crimp type Unit: mm Part No. HRS No. No. of contacts A Ø B Ø C Ø D Weight HR25-9TP-12PC(72) 125-0401-6 72 12 43 12.5 8.7 7 12g HR25-9TP-12SC(72) 125-0402-9 72 HR25-9TP-16PC(72) 125-0403-1 72 16HR25-9TP-16SC(72) 125-0404-4 72 HR25-9TP-20PC(72) 125-0405-7 72 20HR25-9TP-20SC(72) 125-0406-0 72 152 Ø ̙ Ø ̘ Ø ̗ Receptacle ˔ Solder type Unit: mm Part No. HRS No. No. of contacts Ø A B C D Weight HR25-7TR-4S(73) 125-0007-4 73 4 10.6 M8.5×0.5 M8×0.5 10 3g HR25-7TR-4P(73) 125-0008-7 73 HR25-7TR-6S(73) 125-0009-0 73 6HR25-7TR-6P(73) 125-0010-9 73 HR25-7TR-8S(73) 125-0011-1 73 8HR25-7TR-8P(73) 125-0012-4 73 HR25-9TR-12S(71) 125-0107-9 71 12 12.6 M10.5×0.5 M10×0.75 12 4g HR25-9TR-12P(71) 125-0108-1 71 HR25-9TR-16S(71) 125-0109-4 71 16HR25-9TR-16P(71) 125-0110-3 71 HR25-9TR-20S(71) 125-0111-6 71 20HR25-9TR-20P(71) 125-0112-9 71 ˔ Crimp type Unit: mm Part No. HRS No. No. of contacts A Weight HR25-9TR-12SC(71) 125-0407-2 71 12 11.5 HR25-9TR-12PC(71) 125-0408-5 71 13 HR25-9TR-16SC(71) 125-0409-8 71 16 11.5 HR25-9TR-16PC(71) 125-0410-7 71 13 HR25-9TR-20SC(71) 125-0411-0 71 20 11.5 HR25-9TR-20PC(71) 125-0412-2 71 13 D(HEX) CB 13.5 11.5 5.8ØA M10ʷ0.75 M10ʷ0.5 12ʢHEXʣ 5.8 П12.6 HR25 Series●High Performance, Microminiature Circular Connectors

˔ Direct PCB mounting type Unit: mm Part No. HRS No. No. of contacts ØA B C D Weight HR25-7TR-4SA(73) 125-0019-3 73 4 10.6 M8.5×0.5 M8×0.5 10 3g HR25-7TR-4PA(73) 125-0020-2 73 HR25-7TR-6SA(73) 125-0021-5 73 6HR25-7TR-6PA(73) 125-0022-8 73 HR25-7TR-8SA(73) 125-0023-0 73 8HR25-7TR-8PA(73) 125-0024-3 73 HR25-9TR-12SA(71) 125-0119-8 71 12 12.6 M10.5×0.5 M10×0.75 12 4g HR25-9TR-12PA(71) 125-0120-7 71 HR25-9TR-16SA(71) 125-0121-0 71 16HR25-9TR-16PA(71) 125-0122-2 71 HR25-9TR-20SA(71) 125-0123-5 71 20HR25-9TR-20PA(71) 125-0124-8 71 ̙ʢ̝̭̚ʣ 2ʢDip lengthʣ 14.1 11.5 5.8Ø̖ Jack ˔ Solder type Unit: mm Part No. HRS No. No. of contacts ØAB ØC D Weight HR25-7TJ-4S(72) 125-0013-7 72 4 10.6 35 5 M8.5×0.5 8g HR25-7TJ-4P(72) 125-0014-0 72 HR25-7TJ-6S(72) 125-0015-2 72 6HR25-7TJ-6P(72) 125-0016-5 72 HR25-7TJ-8S(72) 125-0017-8 72 8HR25-7TJ-8P(72) 125-0018-0 72 HR25-9TJ-12S(72) 125-0113-1 72 12 12.6 43 7 M10.5×0.5 12g HR25-9TJ-12P(72) 125-0114-4 72 HR25-9TJ-16S(72) 125-0115-7 72 16HR25-9TJ-16P(72) 125-0116-0 72 HR25-9TJ-20S(73) 125-0117-2 73 20HR25-9TJ-20P(72) 125-0118-5 72 ˔ Crimp type Unit: mm Part No. HRS No. No. of contacts ØAB ØC D Weight HR25-9TJ-12SC(72) 125-0413-5 72 12 12.6 43 7 M10.5×0.5 12g HR25-9TJ-12PC(72) 125-0414-8 72 HR25-9TJ-16SC(72) 125-0415-0 72 16HR25-9TJ-16PC(72) 125-0416-3 72 HR25-9TJ-20SC(72) 125-0417-6 72 20HR25-9TJ-20PC(72) 125-0418-9 72 D HR25 Series●High Performance, Microminiature Circular Connectors

˔ Male Contacts ˔Female Contacts Type Part No. HRS No. Suitable Wire Loose contacts HR25-PC-111 125-0419-1 AWG#30Reel contacts HR25-PC-211 125-0420-0 Note: 1. Please use wire with a outer jacket diameter of 0.71mm or less. 2. Loose contacts come in packages of 100 pcs. Reel contacts come in reels of 10,000 pcs. Type Part No. HRS No. Suitable Wire Loose contacts HR25-SC-111 125-0421-3 AWG#30Reel contacts HR25-SC-211 125-0422-6 Note: 1. Please use wire with a outer jacket diameter of 0.71mm or less. 2. Loose contacts come in packages of 100 pcs. Reel contacts come in reels of 10,000 pcs. 0.88 9.4 13.4 0.7 13.4 49.4 0.7 0.88 Applicable Tools Type Item Part No. HRS No. Applicable Contacts Applicable Wire and Applicable Cable Diameter Manual Manual crimping tool HR25-TA3032HC 150-0207-3 HR25-PC-111 HR25-SC-111 AWG#30 Auto Auto crimping machine body CM-105 901-0005-4 − − Applicator AP105-HR25-1 901-2040-6 HR25-PC-211 HR25-SC-211 AWG#30 Cable crimping tool HR10A-TC-02 150-0041-2 − Ø5ɺØ7 Extractor HR25-TP 150-0091-0 − − Assembly Tools Use of the following assembly tools will simplify the process of disassembling and assembling the connectors for the cable assembly. Part No. HRS No. Suitable Connectors and Uses HR25-7TP-T01 150-0082-0 For HR25-7TP wiring and P shell unit tightening HR25-9TP-T01 150-0080-4 For HR25-9TP wiring and P shell unit tightening HR25-7TJ-T01 150-0089-9 For HR25-7TJ wiring and J shell unit tightening HR25-9TJ-T01 150-0090-8 For HR25-9TJ wiring and J shell unit tightening HR25 Series●High Performance, Microminiature Circular Connectors

Solder type approx. 1.5 P shell unit Clamp fitting Clamp body Spanner position Cable bushing Cable Set screw (Opposite sides 1.27) BossCrimp type 1.7±0.2 2 or less Work Operation Procedures 1. With regard to cables, the wire to be used should have a conductor with a nominal cross-sectional area of 0.08 mm 2 (AWG#28) or less in a finished form suited to each size. 2. First pass the cable bushing and the plug body in order over the cable, then cut the end at the dimensions indicated in the above diagram. 3. Mount the P shell unit in the wiring jig and perform the solder wiring. 4. Use the cable crimping jig (HR10A-TC-02) to fix the clamp fitting to the cable. 5. After performing the wiring, tighten the plug body to the screw portion of the P shell unit using the specified torque (in the above table). 6. Tighten the set screw so that the tip of the set screw falls into one of the two bosses of the clamp fitting. Note that the tightening torque of the set screw is from 0.3 to 0.4 Nm. 7. Put the cable bushing over the plug body and complete the work. Note that the use of paint lock (e.g., Locktight 263 manufactured by HENKEL JAPAN LTD.) is recommended on the screw portion to prevent loosening of the P shell unit. The aforementioned work procedure is for the soldered type. In the case of the crimp-style type, Steps 1 and 3 are changed as follows: 1. With regard to cables, the wire to be used should have a conductor with a nominal cross-sectional area of 0.05 mm 2 (AWG#30) in a finished form suited to each size. 3. Crimp a suitable crimp terminal to the conductor portion of the cable, then fit into the housing of the P shell unit. Cable Assembly Procedures The outline of wiring work for this diagram uses the soldered type as an example. The jack side is also based on the work outline of the plug: however, the receptacle side does not require a special work outline and has been omitted because of this. ˔ Construction Diagram Table 1 Shell size Soldered type A dimensions Crimp type A dimensions Spanner spacing Tightening torque 7 10mm − 8mm 1N ɾm 9 19mm 15mm 10mm 1N ɾm HR25 Series●High Performance, Microminiature Circular Connectors

+0.1 020ʷП0.5 ̎ ̍ ̑ 16ʷП0.5 +0.1 ̍̐ ̍̒ ̍̏̕ ̍̎̕ +0.1 012ʷП0.5 4ʷП0.5 +0.1 +0.1 0 6ʷП0.5 8ʷП0.5 +0.1 ̍ ̏ ̐ ̒ 0.7 2.12.1 0.7 1.4 2.8 1.4 2.8 0.7 1.9 3.1 0.7 1.9 3.1 2.1 1.41.4 2.8 2.8 0.70.7 2.1 0.70.7 2.12.1 1.41.4 1 1 0.90.9 0.90.9 1.5 1.5 1.5 1.5 0.70.7 Mounting Hole Dimensions Diagram Mounting hole dimensions are indicated as viewed from the engagement side. Receptacle Dip Post Confi guration Dimensions Lock System Screw Lock Type Shell Size Diagram Symbol Size 7 Size 9 A 1.55 +0.05 0 1.55 +0.05 B 7.25 +0.03 ʵ0.02 9.25 +0.03 ʵ0.02 C 4.4 +0.1 0 5.4 +0.1 D8 +0.05 10 +0.05 Mounting Panel Thickness 0.7 ʙ2 0.7 ʙ2 Note: The ˜ mark indicates the engagement guide key position. Note: 1. The above diagrams are viewed from the engagement side of the socket insert (i.e., the wiring side of the pin insert). 2. The ˜ mark of the above diagrams indicates the engagement guide key position. 3. A tolerance of ±0.05 is recommended for dimensions without indication. Size 7, 4 conductors Size 9, 12 conductors Size 7, 6 conductors Size 9, 16 conductors Size 7, 8 conductors Size 9, 20 conductors HR25 Series●High Performance, Microminiature Circular Connectors

Contact Confi guration and Basic Specifi cations Shell size Size 7 Contact confi guration ̍ ̎ ̏ ̐ ̑ ̒̐ ̏̍ ̏ ̑ ̓ ̎ ̐ Number of contacts 4 6 8 Withstand voltage 100V AC for 1 minute Current capacity 1 A Insulation resistance 1,000 Mø or greater Contact resistance 30 mø Solder pot inside diameter 0.5 mm dia. Shell size Size 9 Contact confi guration ̒ ̑ ̓̒ ̍̎̍̍ ̎ ̏̍ ̍̐ ̍̒ ̔ ̔ ̕ ̍̏̍̐ ̍̌̒ Number of contacts 12 16 20 Withstand voltage 100V AC for 1 minute Current capacity 1 A Insulation resistance 1,000 Mø or greater Contact resistance 30 mø Solder pot inside diameter 0.5 mm dia. Note: 1. The above diagrams are viewed from the engagement side of the socket insert (i.e., the wiring side of the pin insert). 2. The ˜ mark of the above diagrams indicates the engagement guide key position. 3. The withstand voltage indicates the test voltage value. For regular use the voltage used should be less than 30 V AC or 42 V DC. 4. The current capacity of the crimp terminals indicates the value when using wire of AWG#30. 5. The insulation resistance indicates a value when measured at 100 V DC. Precautions 1. Switch off the power of the circuit before disconnecting or plugging-in the connectors. 2. Use connectors with socket contacts at the power side of the circuit. 3. Make sure that the coupling is in completely cocked position. 4. Cable clamping, cable rotation, and other forces may vary with the cable construction. Please make sure that your cable is suitable for use with these connectors before usage and production. The characteristics and the specifications contained herein are for reference purpose. Please refer to the latest customer drawings prior to use. The contents of this catalog are current as of date of 1/2015. Contents are subject to change without notice for the purpose of improvements. 2-6-3,Nakagawa Chuoh,Tsuzuki-Ku,Yokohama-Shi 224-8540,JAPAN TEL: +81-45-620-3526 Fax: +81-45-591-3726 http://www.hirose.com http://www.hirose-connectors.com HR25 Series●High Performance, Microminiature Circular Connectors Powered by TCPDF (www.tcpdf.org)