| Part Number: | ULO | - | HD09 | - | H2MEE | - | 020 | - | MC |
|---|---|---|---|---|---|---|---|---|---|
| Explanation: |
Manufacturer ULO - ULO Electronics |
Product Code HD09 - Fixed product code for the listed H2MEE modules |
Module Family H2MEE - H2MEE modular crimp insert |
Positions 020 - Twenty contacts, two modules, no PE contact |
Insert Version MC - Male crimp insert |
H2MEE inserts provide twenty crimp contact positions within a two-module carrier. Choose the male or female version to suit the contact arrangement and installation space. Both versions have no PE contact.
| Model | Gender | Positions | Module occupancy | Overall length |
|---|---|---|---|---|
| ULO-HD09-H2MEE-020-MC | Male | 20 | Two modules | 37.8mm |
| ULO-HD09-H2MEE-020-FC | Female | 40.1mm |
| Parameter | Both versions |
|---|---|
| Connection method | Crimp |
| Rated current | 16A |
| Rated voltage | 500V |
| Rated impulse voltage | 6kV |
| Pollution degree | 3 |
| Rated voltage according to UL/CSA | 600V |
| Insulation resistance | ≥10000MΩ |
| Contact resistance | ≤1mΩ |
| Conductor cross section | 0.14-4mm² |
| Wire range | 26-12AWG |
| PE contact | No |
| Connection standards | DIN EN 60664-1; DIN EN 61984 |
| Parameter | Specification |
|---|---|
| Insert material | Polycarbonate |
| Colour | Light grey, RAL 7032 |
| Contact material | Copper alloy |
| Contact finish | Silver plated |
| Flammability | UL94V-0 |
| Limiting temperature | -40°C to +125°C |
| Mechanical working life | ≥500 mating cycles |
| RoHS | Complies with applicable exemptions |
The H2MEE-020-MC male carrier has a 29.3mm width and 34.3mm overall dimension across the retaining features. Its side profile is 37.8mm long, with the body cross-dimension marked 30.3mm.

The H2MEE-020-FC female carrier has a 29.3mm width, a 34.3mm overall dimension across the retaining features and a 40.1mm side-profile length. The projecting contact section has the corresponding numbered twenty-position layout.

Specify the contact gender and conductor size with the carrier. Match the numbered arrangement and retention geometry to the intended frame and mating assembly.