Brand New Original In Stock Tamagawa Encoder TS5246N473 (OIH60-8192P24-L6-5V)
The TS5246N473 is an incremental optical encoder from Tamagawa's OIH60 series, specifically designed for elevator traction machines. This model (OIH60-8192P24-L6-5V) is compatible with speed and position detection systems for elevators from leading brands including Hitachi, Mitsubishi, and KONE. It provides essential closed-loop control and ensures precise leveling accuracy in elevator operations.
Technical Specifications
| Brand |
Tamagawa |
| Description |
Elevator Encoder |
| Model |
TS5246N473 |
| Flange Size |
φ60mm |
| Shaft Aperture |
6mm semi-hollow |
| Resolution |
8192 P/R incremental quadrature pulses |
| Power Supply |
DC 5V ±5% |
| Current Consumption |
≤200mA |
| Output Type |
Line Driver (RS422 standard) |
| Operating Temperature |
-20°C to +85°C |
| Storage Temperature |
-30°C to +90°C |
| Protection Class |
IP40 |
| Vibration Resistance |
10-55Hz, 1.5mm double amplitude |
| Shock Resistance |
50G |
Ordering & Support
| Minimum Order Quantity |
1 PC |
| Shipping Methods |
TNT, UPS, DHL, FedEx, Air, Sea |
| Packaging Options |
Carton, Wooden Case, Pallet |
| Delivery Time |
2-3 working days after payment |
| Warranty |
One Year |
| Payment Methods |
Company Bank, Western Union, Alibaba, PayPal |
Key Features & Benefits
Line Driver output with RS422 standard signal provides strong anti-interference capability
Transmission distance up to 100m, ideal for elevator shaft and machine room environments
8192 P/R high resolution ensures precise detection for both low-speed leveling and high-speed operation
φ60mm flange design compatible with most elevator traction machine installation spaces
Built-in reverse connection and short-circuit protection circuits prevent damage from wiring errors
Metal shell construction for enhanced durability, wear resistance, and vibration protection
Minimal pulse jitter (≤±0.5°) ensures stable signal output without missing pulses
This encoder is specifically engineered to withstand the demanding conditions of elevator applications, including high-frequency start-stop cycles and strong electromagnetic interference environments.