Fully Automatic BP Monitor
The TM-2657P helps expand market potential in various locations in everyday life such as hospitals, medical clinics, corporate wellness, and pharmacy services. In some hospitals, patients can take their own blood pressure measurements. This ‘self triage’ saves the patients’ time and lightens the workload for the medical staff.
Features
- User-friendly small footprint & barrier-free design
- One-touch measurement
- Torque Controlled Belt drive Method” (TCBM), cuff fastening method with high accuracy and durability
- Antibacterial arm cuff cover (included as standard)
- Irregular Heart Beat (IHB) indicated on printout
Technical Specifications
| Measurement Method | Oscillometric |
| AC power supply unit | Switching 100-240V AC 50-60Hz |
| Protection against electrical shock | Class I, Type B |
| Pressure display range | 0-299 mmHg |
| NIBP measurement range | SYS 40-270 mmHg, DIA 20-200 mmHg, Pulse 30-240 bpm |
| Measurement accuracy | Pressure: ±3 mmHg, Pulse: ±5% |
| NIBP clinical test | BS EN1060-4:2004, BHS:1993, +/-5mmHg SD:8mmHg |
| Cuff fastening method | Torque Controlled Belt drive Method (TCBM) |
| External dimensions | 241(W) x 324(H) x 390(D) mm (9.5(W) x 13.0(H) x 15.4(D) inches) |
| Weight | Approx. 5.5 kg (12.1 lb) |
| Applicable arm circumference | 7 inches (18.0 cm) to 13.8 inches (35.0 cm) |
| Cuff size | 125 x 300 mm (4.9 x 11.8 inches) |
| Display Type Systolic (SYS), Diastolic (DIA), Pulse rate (PUL) |
3-digit display by LED |
| Counting function | Display of number of measurements to date: up to 999,999 times |
| Applied pressure | Automatic inflation by air pump |
| Pressure detection method | Capacitance type pressure transducer |
| Operating conditions | Temperature: 10-40 °C, humidity: 30-85% RH, no condensing |
| Transport/Storage conditions | Temperature: -20-60 °C, humidity: 10-95% RH, no condensing |
| Safety device (Electrical) | Quick release when START/STOP button is pressed Quick release when FAST STOP button is pressed |
| Clock Function | Clock Display, Date & Time (2015-2050) |
