Bio-Vacuum Hybrid Toilet System (Indian Style)
The Bio-Vacuum Hybrid Toilet System is designed for LHB and Trainset passenger coaches, utilizing ejector-based vacuum generation and vacuum-assisted waste transfer.
This configuration features an Indian Style toilet configuration with integrated microprocessor-based control and electro-pneumatic technology.
| Parameter | Technical Specification |
|---|---|
| Product | Bio-Vacuum Hybrid Toilet System |
| Application | Railway Passenger Coaches |
| Coach Type | LHB / Trainset applications |
| Toilet Configuration | Indian Style |
| Waste Evacuation | Vacuum-assisted waste transfer |
| Vacuum Generation | Ejector-based |
| Intermediate Tank | Yes |
| Flushing System | Automatic pressurized water-jet flushing |
| Water Consumption | 0.5–0.8 L/flush* |
| Control System | Microprocessor based |
| Control Technology | Electro-Pneumatic |
| Flush Button Protection | IP67 |
| Reverse Flow Protection | Provided |
| Odour Protection | Sealing arrangement provided |
| Manual Bypass | Provided for compressed-air failure |
| Electrical Supply | 110 V DC* |
| Maximum Peak Power | ≤800 W/coach* |
| Communication | RS485 / Ethernet* |
| Communication Protocol | MODBUS-RTU / suitable protocol* |
| Operating Temperature | 10°C to 55°C* |
Bio-Vacuum Hybrid Toilet System (Western Style)
The Bio-Vacuum Hybrid Toilet System is designed for LHB and Trainset passenger coaches, utilizing ejector-based vacuum generation and vacuum-assisted waste transfer.
This configuration features a Western Style toilet configuration with integrated microprocessor-based control and electro-pneumatic technology.
| Parameter | Technical Specification |
|---|---|
| Product | Bio-Vacuum Hybrid Toilet System |
| Application | Railway Passenger Coaches |
| Coach Type | LHB / Trainset applications |
| Toilet Configuration | Western Style |
| Waste Evacuation | Vacuum-assisted waste transfer |
| Vacuum Generation | Ejector-based |
| Intermediate Tank | Yes |
| Flushing System | Automatic pressurized water-jet flushing |
| Water Consumption | 0.5–0.8 L/flush* |
| Control System | Microprocessor based |
| Control Technology | Electro-Pneumatic |
| Flush Button Protection | IP67 |
| Reverse Flow Protection | Provided |
| Odour Protection | Sealing arrangement provided |
| Manual Bypass | Provided for compressed-air failure |
| Electrical Supply | 110 V DC* |
| Maximum Peak Power | ≤800 W/coach* |
| Communication | RS485 / Ethernet* |
| Communication Protocol | MODBUS-RTU / suitable protocol* |
| Operating Temperature | 10°C to 55°C* |
