Technical Overview
The Omron E32-ZT11N 2M is a right-angle through-beam fiber optic sensor head with an M4 mount and 2 m cable. Omron’s E3X-HD catalog lists model-specific reference distances up to 2,000 mm in GIGA mode, 1,000 mm in standard mode, 700 mm in high-speed mode and 280 mm in super-high-speed mode with the compatible amplifier. The listed fiber has a 1 mm beam diameter, representative 5 µm minimum detectable object, R1 bend radius, and IP67 protection. The catalog confirms the exact technical model, but current sales status was not established.
An M4 right-angle through-beam fiber head with 2 m lead and R1 bend radius.
Key Features
- Omron E32-ZT11N 2M right-angle through-beam fiber optic sensor head
- M4 mounting; 2 m cable
- E3X-HD reference ranges: 2,000 mm GIGA, 1,000 mm standard, 700 mm high-speed, 280 mm super-high-speed
- 1 mm beam diameter; 5 µm representative minimum target in the stated configuration
- R1 minimum bend radius; IP67 protection
- Plastic optical fiber with polyethylene sheath
- Manufacturer specifications confirmed; current supply status unknown
Right-angle through-beam fiber sensing with R1 routing and IP67 protection.
Technical Specification Matrix
| Parameter | Value |
| Product type | Reflective fiber optic sensor head |
| Sensing method | Through-beam |
| Head style | Right-angle; M4 threaded |
| Sensing distance | With E3X-HD amplifier: GIGA 2,000 mm; standard 1,000 mm; high-speed 700 mm; super-high-speed 280 mm |
| Optical fiber | Plastic core; polyethylene sheath; 1 mm beam diameter |
| Cable length | 2 m |
| Minimum bend radius | R1 |
| Protection rating | IP67 |
| Operating temperature | -40 to +70°C (E32 family) |
| Compatible amplifier | Omron E3S-X3CE4 family specifications; select compatible E32 amplifier based on application |
| Physical Weight (kg) | Not stated in the manufacturer product specification. |
| Dimensions L x W x H (cm) | See the Omron E32-ZD200 dimensional drawing; no overall L × W × H value is stated in the checked catalog. |
| Supply status | Unknown; manufacturer specifications are confirmed, but current sales status was not established. |
Suggested applications
Engineering suggestions require suitability checks for your installation.
1. Through-beam object interruption detection
A separated emitter and receiver path detects objects that interrupt the optical beam.
Potential use
Align emitter and receiver fiber heads across the sensing gap, then verify minimum target size and range with the selected amplifier.
Reflective
M6
R25
2. Machine sensing in limited space
The straight head and flexible routing can support optical sensing where a conventional sensor body is difficult to fit.
Potential use
Route the 2 m fiber without exceeding its 25 mm minimum bend radius and confirm environmental fit with the IP67 head rating.
2 m fiber
IP67
-40 to +70°C