30
Micromodul™ connectors, pitch 1.27 mm
Micromodul™ connector for indirect mating, insulation displacement technology (IDT), with lock, loose
| Approvals: | VDE, cULus |
Technical Data
Environmental conditions
Temperature range: -40 °C/+120 °C *1
1) upper limit temperature (insulating body) RTI (electrical) of the UL Yellow Card
Materials
Insulating body: PBT GF, V-0 according to UL94
Contact spring: CuSn, tin-plated – MICA
CuSn, gold-plated in contact area, tin-plated in insulation displacement area – MICA SEL 0,8 AU
Mechanical data
Insertion force/contact: ≤ 1.5 N
Withdrawal force/contact: > 0.4 N
Connectable conductors for IDT area
Construction: flat cable 1.27 mm LiYV
Section min.: AWG 28 (0.09 mm²)
Section max.: AWG 26 (0.14 mm²)
Insulation diameter: 1.0 mm
Note: Most products are available with different IDT contact variants. Please note the section Approved Cables below.
Electrical data (at Tamb 20 °C)
Contact resistance: ≤ 10 mΩ
Rated current: 1.2 A
Rated voltage: 32 V AC
(250 V AC not considering clearances and creepage distances of IEC 60664/DIN EN 60664)
Counterparts
MICS
Micromodul™ tab header, upright, with retaining hooks, solder contacts dual row staggered
MICS-D
Micromodul™ tab header, upright, without retaining hooks, solder contacts dual row parallel
MICSW
Micromodul™ tab header, angular, solder contacts dual row staggered
MICS/SMD
Micromodul™ tab header, upright, in surface mount technology (SMT), solder contacts dual row staggered, with press-fit spigots, in bulk, with retaining hooks
MICS/SMD RP
Micromodul™ tab header, upright, in surface mount technology (SMT), solder contacts dual row staggered, with press-fit spigots, on reel, with pick-and-place top
Accessory
Harnessing Equipment
HZ30
Tongs for termination of Micromodul™ connectors in insulation displacement technology (IDT)
HZ-M30
Modular manual tongs for termination of Micromodul™ connectors in insulation displacement technology (IDT)
KHP30
Knuckle-joint press for termination of Micromodul™ connectors in insulation displacement technology (IDT)
PP30
Electropneumatic harnessing machine for termination of Micromodul™ connectors in insulation displacement technology (IDT)
New
VARICON 1000-Eco
Fully automatic harnessing machine for termination of Micromodul™ connectors in insulation displacement technology (IDT)
VARICON 1000
Fully automatic harnessing machine for termination of Micromodul™ connectors in insulation displacement technology (IDT)
Approved Cables
Approved Cables for MICA Download (PDF)
| Conductor | Insulation | Manufacturer | ||||||||
|---|---|---|---|---|---|---|---|---|---|---|
| Typ | Cross Section (mm²) |
Construction | Lenght of Lay (mm) |
Surface finishing |
Diameter (mm) |
Material | Temp. Range (°C) |
Name | Designation | Description |
| MICA | 0,08 | 1 x Ø 0,32 mm ribbon cable | Sn | 0,93 ± 0,05 | PVC | +105 | Klasing | 5009240 | FD 9 x 0,32/0,93 R1,27 | |
| MICA | 0,08 | 7 x 0,12 mm +/-0,005 ribbon cable | 9.41 | Sn | 0,9 +/- 0,08 | PVC | 105 | Datafield WenChang | FLC-10647-14GY WCH P/N UL 2651 | UL 2651 28 AWG*14P PH:1.27 mm |
| MICA | 0,08 | 1 x Ø 0,32 mm ribbon cable | Sn | 0,75 ± 0,1 | PE | +130 | Sumida | Bxx-Pxxx-A-001 | Panta-Fix Jumper | |
| MICA | 0,087 | 7 x Ø 0,127 mm ribbon cable | 9,41 | Sn | 0,89 ± 0,10 | PVC | +105 | Baohing | C1012217 | UL2651 28 AWGXnF |
| MICA | 0,09 | 7 x Ø 0,127 mm ribbon cable | 8 | Sn | 0,93 | PVC | +105 | Klasing | 50066xx | |
| MICA | 0,09 | 7 x Ø 0,127 mm ribbon cable | 8.46 | Sn | 0.89 | PVC | -20/+105 | 3M | Serie 3365/10 | AWG 28 |
| MICA | 0,09 | 19 x 0,079 mm ribbon cable | 5 | Sn | 0,93 +/- 0,05 | PVC | -10/+105 | Klasing | 5002208 | Flachbandleitung FL-f |
| MICA | 0,09 | 19 x Ø 0,079 ribbon cable | 6,45 | Sn | 0,89 | PVC | -20/+105 | 3M | 3539-Series, AWG28 | Medium Flex Life Cable,1,27mm, AWG28 |
| MICA | 0,09 | 7 x Ø 0,127 mm ribbon cable | 9,1 | Sn | 0,9 ± 0,1 | PVC | +105 | Lian Yu | LY 881004 | 1,27mm FLAT CABLE AWG 28 |
| MICA | 0,09 | 19 x Ø 0,08 mmribbon cable | 5 | Sn | 0,89 ± 0,13 | PVC | +105 | JST | JFCR 28L-10HF127 | JFCR 28L-xxHF 127 |
| MICA | 0,09 | 7 x Ø 0,12 mm ribbon cable | 12,7 | Sn | 0,9 ± 0,05 | PVC | +105 | Hung Fu | HF 9-64 | HF1,27Centers PVC/ 28AWG |
| MICA | 0,09 | 7 x Ø 0,127 mmribbon cable | 8 | Sn | 0,93 ± 0,05 | PVC lead-free | +105 | Draka | BMW 8 380 723.9 | FLRZYW-A xAWG28/7/0,93 |
| MICA | 0,09 | 7 x Ø 0,127 mm ribbon cable | 7,6 | Sn | 0,89 ± 0,08 | PVC | +105 | Tyco | 1-971111-4 | UL-Style 2651/ CSA AWM IA |
| MICA | 0,09 | 7 x Ø 0,12 mm ribbon cable | 7,6 | Sn | 0,93 ± 0,05 | Polyolefin | +105 | Klasing | 50532xx | |
| MICA | 0,09 | 7 x Ø 0,127 mm ribbon cable | 7,6 | Sn | 0,89 | PVC | +105 | Klasing | 50067xx | FL-ZGL XXx0,09/0,93 |
| MICA | 0,14 | 7 x Ø 0,16 mm ribbon cable | 7,6 | Sn | 1 ± 0,05 | PVC | +105 | Klasing | 50277xx | |
| MICA | 0,14 | 7 x Ø 0,16 mm ribbon cable | 8 | Sn | 1,00 ± 0,05 | PVC | -10/+80 | Medi | 122267 | UL/cUL Style 1061/10002 AWG 26 |
| MICA | 0,14 | 19 x Ø 0,1 mm | 27 | Sn | 1,10 ± 0,05 | mPPE | -40/+80 | Kabeltronik | 216042600 | PUR-tronic D-UL-Flex FRNC UL AWM 21223/ 11028 |
| MICA | 0,14 | 7 x Ø 0,16 mm | ca. 7,6 | Sn | 1,00 ± 0,05 | PVC | -30/+105 | MediKabel | 52671114 | LiY 14 x AWG 26 grau |
| MICA | 0,15 | 19 x Ø 0,1 mm ribbon cable | 27 | Sn | 1,10 ± 0,05 | PPE | -20/+80 | Kabeltronik | 215042600 | AWG 26 |
| MICA | AWG 28 | 1 x Ø 0,3 mm foil cable | - | Sn | Nomex | -40/+125 | Sumida | Bxx-Nxxx-x-8,5 | Panta-Fix Jumper | |
Approved Cables for MICA VP3
| Conductor | Insulation | Manufacturer | ||||||||
|---|---|---|---|---|---|---|---|---|---|---|
| Typ | Cross Section (mm²) |
Construction | Lenght of Lay (mm) |
Surface finishing |
Diameter (mm) |
Material | Temp. Range (°C) |
Name | Designation | Description |
| MICA VP3 | 0,14 | 7 x Ø 0,16 mm | ca. 7,6 | Sn | 1,00 ± 0,05 | PVC | -30/+105 | MediKabel | 52671114 | LiY 14 x AWG 26 grau |
Connector systems with insulation displacement and crimp technology require suitable cables and accurate processing. In order to assure safe function of the connectors they must be processed with Lumberg harnessing equipment (series 97), according to Lumberg processing instructions, using cables approved by Lumberg. Do not hesitate to contact us if you have any questions!
The cables listed here have been tested in the laboratory and have been approved suitable for the specified connector type. Lumberg cannot assume warranty for possible modifications on the part of the cable manufacturer. It is the user’s responsibility to ensure the compatibility of the chosen components and their appropriateness for the intended application.
03/2023