CW-2.5T
Quick specs
| Weighing performance | |
|---|---|
| Maximum capacity | 2500 kg |
| Best accuracy | ±1 kg |
| Highest weighing speed | 4 pcs/min |
Applications
The CW-2.5T is designed for jumbo bag and IBC container weighing in chemical, feed, and logistics applications. Handles static and dynamic weighing up to 2.5 tonnes. Modbus TCP/IP and RS485 communication for integration into industrial process systems.
- Jumbo bags & big bags
- IBC containers
- Bulk chemical & fertiliser
- Animal feed bulk bags
- Logistics & warehousing pallets
OEM & ODM ready
Built for integration into your line, your machine, or your brand.
As General Measure’s South African partner, R&D Weighing supports OEM and ODM engagements across the checkweigher range. From private-label badging through to custom rejector systems, conveyor heights, communication protocols, and full system integration with your existing PLC, MES, or ERP environment.
- Private-label finishing & branding
- Custom belt sizes & platform heights
- PLC / MES / ERP integration
- Bespoke rejector configurations
- Multi-line synchronisation
- Engineering support throughout commissioning
Compliance & quality
CE compliant
IP65 rated
Stainless steel build
Real-time visibility across every unit
Every checkweigher we supply pairs with Weasy-Sync — a PC-side application that gives you remote visibility and control across your entire weighing fleet. Connect dozens of devices to a single interface, manage product profiles centrally, push firmware updates without leaving your office, and pull a full month of historical, statistical, and alarm data for any unit.
From debugging a specific scale event to auditing operator activity, Weasy-Sync turns standalone hardware into a managed weighing system.
- Multi checkweigher management — up to 50 devices per host
- Centralised product profile database
- Remote firmware upgrades (manual, auto, or on-restart)
- Real-time weight + alarm monitoring across all units
- Historical, trend, and statistical reports — exportable
- Debug tools including weight curves and FFT vibration analysis


