ri-champion Blood Pressure Monitor

Cardiology

ri-champion Blood Pressure Monitor

Riester · 1736-BT

Article No. AK-CAR-393

The ri-champion® smartPRO+ blood pressure monitor is a clinically validated, non-invasive upper arm device designed for accurate and efficient blood pressure measurement in clinical environments and home monitoring. It uses the oscillometric method to deliver fast and reliable results, supporting consistent patient assessment in everyday healthcare use. Clinical accuracy is ensured through validation according to EN 1060-4 and compliance with international standards including ISO 81060-2, IEC 60601-1, and IEC 80601-2-30, supporting safe and dependable performance in professional settings. The device includes advanced features such as irregular heartbeat detection (arrhythmia detection) and an average measurement function, which automatically calculates the mean of three consecutive readings to improve result reliability and clinical interpretation. A large backlit display ensures clear readability of measurements, while quiet operation supports comfortable use in both clinical and patient-facing environments. The device allows up to 200 measurements per battery set, enabling efficient use in daily workflows. It is available with cuff sizes S (15–24 cm) and W (24–43 cm) and can stor

Equipment standard by AKLION.

Specifications

Brand
Riester
Model
1736-BT
Product type
Digital Blood Pressure Monitors
Measurement method
Non-invasive, oscillometric method on the upper arm
Systolic
60–255 mmHg
Diastolic
30–195 mmHg
Pulse rate
40–199 beats/minute
Blood pressure
±3 mmHg or ±2% of the measured value
S (small)
15–24 cm upper arm circumference
W (wide)
24–43 cm upper arm circumference
Air tube
80 cm
Display
Large, backlit, easy to read
Dimensions
141 × 121 × 72 mm (without cuff)
Weight
350 g (without batteries)
Power management
Automatic switch-off after 3 minutes of inactivity
Measurement ranges
Systolic 60–255 mmHg, Diastolic 30–195 mmHg, Pulse rate 40–199 beats/min
Pressure accuracy
±3 mmHg or ±2% of the measured value