Presence and orientation on a conveyor
Confirms that a part arrived and which way up it is, before the transfer gripper closes.

Three focal lengths — 8, 12 and 16 mm — in one 24 V body, at either 1 MP (1280 × 800) or 2.3 MP (1920 × 1200), with a global shutter, 3 µm pixels and an IP67
Model LE1000P-111 / 112 / 113 · LE1000P-211 / 212 / 213 · Brand LE Raun · Category: Smart Code Readers
The LE1000P is the entry point of the series: a fixed-focal sensor with a mechanical focus ring, six part numbers covering three focal lengths at two resolutions, and a single 24 V DC supply drawing 15 W. Everything except the sensor and the lens is common across the six, so a machine built around one can change resolution without changing the bracket or the wiring.The numbers that decide the application are the focal length and the pixel count. At 1 MP the sensor is 1280 × 800 over a 1/4" target; at 2.3 MP it is 1920 × 1200. With a 3 µm pixel, an 8 mm lens gives the smallest field of view and the finest detail, and a 16 mm lens trades field of view for working distance.Exposure runs from 20 µs to 1 s and the shutter is global, so the sensor is usable both for a fast part crossing the field under a short flash and for a dim, static scene that needs a long integration. The body is rated IP67 and 0 to +45 °C.
Confirms that a part arrived and which way up it is, before the transfer gripper closes.
At 8 mm focal length the field of view is small enough to fill the frame with a connector and count bent pins at 2.3 MP.
Reads a date code or a 2D code after labelling; the global shutter keeps the code square while the web is moving.
Checks the part is inside the gripper jaws before the arm lifts, which stops a mis-pick from becoming a crash downstream.
The body is compact enough to sit close to the work, so the 8 mm lens can be used where a longer working distance is not available.
| Focal length | 8 mm (111 / 211) · 12 mm (112 / 212) · 16 mm (113 / 213) |
|---|---|
| Resolution | 1 MP (1280 × 800) on the LE1000P-1xx · 2.3 MP (1920 × 1200) on the LE1000P-2xx |
| Focus adjustment | Mechanical focus |
| Shutter | Global |
| Exposure time | 20 µs – 1 s (the catalogue prints the range as 20 μm – 1 sec) |
| Pixel size | 3 µm × 3 µm |
| Sensor target size | 1/4" |
| Power input | 24 V DC |
| Power consumption | 15 W |
| Operating temperature | 0 to +45 °C |
| Protection level | IP67 |
| Frame rate | up to 60 fps |
| Code types | 1D barcodes, 2D codes (Data Matrix, QR, PDF417) and direct-part marking (DPM) |
| Minimum module | 0.1 mm (3 mil) at the rated working distance |
| Lighting | Built-in white, red or blue LED; polarised option for shiny parts |
| Interface | Ethernet TCP/IP, RS232, RS485, digital I/O, trigger input |
| Item | Value |
|---|---|
| Depth | 53.5 mm (1 MP) · 33.5 mm (2 MP) |
| Mounting | 2 × M4, 6 mm deep, on the base; 2 × M4, 6 mm deep, on the side |
| Connector | M12 8-pin, rear face |
The 2 MP body is 20 mm shallower than the 1 MP one because the sensor board is smaller — if you are replacing one with the other, check the clearance behind the reader before you order.
| Connection | Function |
|---|---|
| M12 8-pin, pin 2 | Trigger input (PNP, 5–24 V) |
| M12 8-pin, pin 4 / 5 | Result outputs — good read / no read |
| M12 8-pin, pin 6 / 7 | RS232 TX / RX |
| M12 4-pin D-code | Ethernet 100 Mbit/s |
| — | Earth stud on the housing |
Measure the module size (the width of the narrowest bar) and the field of view you need. A 0.1 mm module needs roughly 3 pixels per module, which sets the resolution and the working distance.
FOV = sensor width × working distance ÷ focal length. A 5 MP sensor with a 16 mm lens at 300 mm covers about 190 × 120 mm — enough for a label with margin.
Printed labels read with white light; laser-marked or dot-peened DPM codes need low-angle red or blue light and a reader with a DPM algorithm. Ordering a label reader for a DPM code is the most common mistake in a traceability project.
Ethernet for a PC, an MES or a PLC with a socket; RS232 for a legacy terminal; digital I/O when the reader only has to say good / no-read to a relay.
The 1xx and 2xx prefixes differ only in sensor: 1280 × 800 against 1920 × 1200. Pick the focal length from the field of view, then pick the resolution from the smallest feature that has to be resolved — the mounting and the 24 V wiring are identical.
Every pixel is exposed at the same instant, so a part moving across the field is captured without the skew a rolling shutter produces. On a conveyor this is the difference between a usable edge position and a slanted one.
The focus ring is locked after adjustment, so vibration on the machine does not drift the image plane between shifts.
Sealed against dust and temporary immersion, which covers washdown areas where an IP54 body would need a separate enclosure.
The sensor resolution. LE1000P-111, -112 and -113 are 1 MP at 1280 × 800; LE1000P-211, -212 and -213 are 2.3 MP at 1920 × 1200. Focal length, focus, supply and protection are the same in both.
The catalogue describes the sensor body and its optics; it does not list an integrated illuminator for this series. Plan on external lighting matched to the working distance, and confirm the mounting thread and the connector pinout with the factory before designing the bracket.
No. The lens is fixed to the body and the focus ring only adjusts the image plane. Choose the focal length when ordering: 8 mm for the widest field, 16 mm for the longest working distance.
Send your application details or the guard opening dimensions and we will specify the right model and configuration for your machine.