The GOGO Controller is a versatile, multi-purpose IoT dosing controller designed for a wide range of hygiene applications, including warewashing, laundry, sanitation, clean-in-place systems, drain dosing, and dairy operations.
Initially developed for a single washer extractor or a single console or tunnel dishwasher and up to 3 chemical products, it combines flexibility, precise dosing, and reliable process control in one compact solution.
The controller supports multiple dosing methods, including flow sensor, conductivity, and solid detergent dosing, allowing it to adapt to different equipment and application requirements. Advanced flow meter options provide accurate dosing verification and proof of delivery, supporting consistent results and improved cost control.
Built-in RF connectivity enables seamless wireless communication with compatible devices and sensors for wireless temperature and chemical-level monitoring. Through the CM2W cloud platform, users benefit from 24/7 performance monitoring, remote calibration and programming, data analysis, and efficient management of dosing operations.
| General | |
| Power supply | 75 W; 100- 240 VAC; 50/60 Hz (integrated) |
| Connectivity | 4G SIM card or Wi-Fi connection |
| RS485 serial port | Yes |
| Wireless infrastructure | Supported via RF module (optional) |
| Capacity | |
| Max. washer extractors | 1 |
| Max. dishwashers | 1 |
| Max. chemicals | 3 |
| Max. signal inputs | 3 |
| Dosing | |
| Dosing methods | • Fixed flow rate dosing – based on pump flow rate
• Flow sensor dosing – based on real-time flow sensor measurements • Solid detergent dosing – based on the consumption rate of solid detergent • Conductivity dosing – based on real-time conductivity measurements using inductivity sensor or conductivity sensor |
| IoT platform features | |
| • Live histogram of program execution
• Chemical consumption monitoring • Cost tracking • Flow rate monitoring • Laundry load monitoring • Machine usage data • Total washed quantity • Temperature monitoring • Error notifications • Input signal log |
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