| MODELS | CES-1 | CES-2 | CES-3 | CES-5 | |
| Force Measurement | Max Load Capacity | 1KN | 2KN | 3KN | 5KN |
| Accuracy | within ± 1% of the reading from 2% to 100% | ||||
| Resolution | 1/20000 counts | ||||
| Calibration | Pre calibrated loadcell (max 4 nos) can be interchanged without further calibration (only in CES series) | ||||
| Structure | Type | Single Column, double spaces, table top | |||
| Max. tensile test space (approx) | 600mm | 600mm | 600mm | 600mm | |
| Max. compression test space (approx) | 600mm | 600mm | 600mm | 600mm | |
| Crosshead | Resolution | 0.01mm | 0.01mm | 0.01mm | 0.01mm |
| Speed Range (stepless in mm/min) | 0.05 – 500 (CES Series) & 1 – 500 (ES Series) | ||||
| Return Speed (stepless in mm/min) | 0.05 – 500 (CES Series) & 1 – 500 (ES Series) | ||||
| Crosshead speed Accuracy | ± 1% | ||||
| Crosshead position adjustment | Both from software and handremote controller | ||||
| Safety Protection | Over travel protection | Over travel safety by fixed and adjustable limit switches at both ends. | |||
| Overload Protection | By system setting | ||||
| Emergency Stop | By emergency push button | ||||
| Standard Accessories | Load Cell 1 No. Compression Plate 1 No. Control Connecting Cable 1 No. Power Cable 1 No. Instruction Manual 1 No. | ||||
| Dimension (LxWxH) in mm approx | 425x400x1315 | ||||
| Weight approx | 90kg | ||||
| Power Requirement | AC220V±10%, 50Hz | ||||
| Optional Accessories | Computer, Extensometers, Long Travel Extensometers, Bending fixtures, Vice and Flat type grips, Computer system special attachments and Fixtures | ||||
Computer Controlled Electro Mechanical Universal Testing Machine | CES Series
Computer Controlled Electro Mechanical Universal Testing Machine | CES Series
Features:
- Machine can be configured with four different load cell at most. Users can switch between these four load cells as per requirement.
- Machine can be configured with eight sensors (Extensometers) at most, users can switch between these eight sensors.
- Provision for calculations of parameter such as upper yield load, lower yield load, upper yield stress, lower yield stress, ultimate stress, young modulus percentage of elongation, percentage reduction in cross section area etc.
