Disposal; Disposing Of The Batteries; Technical Specifications - Beurer BC 87 Mode D'emploi

10. DISPOSAL

Repairing and disposing of the device
• Do not repair or adjust the device yourself. Proper opera-
tion can no longer be guaranteed in this case.
• Do not open the device. Failure to comply with this in-
struction will void the warranty.
• Repairs must only be carried out by Customer Services
or authorised retailers. Before making a claim, please
check the batteries first and replace them if necessary.
• For environmental reasons, do not dispose of the device
in the household waste at the end of its useful life.
Dispose of the device at a suitable local collection
or recycling point in your country. Dispose of the
device in accordance with EC Directive – WEEE
(Waste Electrical and Electronic Equipment). If you have
any questions, please contact the local authorities re-
sponsible for waste disposal.

Disposing of the batteries

• Batteries must not be disposed of in the household
waste. They may contain poisonous heavy metals and
are subject to special refuse treatment.
• The codes below are printed on batteries containing
harmful substances:
Pb = Battery contains lead,
Cd = Battery contains cadmium,
Hg = Battery contains mercury.

11. TECHNICAL SPECIFICATIONS

Model no.
Measurement method Oscillometric, non-invasive blood
Measurement range
Display accuracy
Measurement
uncertainty
Memory
Dimensions
Weight
Cuff size
Permissible operating
conditions
Permissible storage
and transport
conditions
37
BC 87
pressure measurement on the wrist
Cuff pressure 0-299 mmHg,
systolic 60-230 mmHg,
diastolic 40-130 mmHg,
pulse 40-199 beats/minute
Systolic ± 3 mmHg,
diastolic ± 3 mmHg,
pulse ± 5% of the value shown
Max. permissible standard deviation
according to clinical testing:
systolic 8 mmHg /
diastolic 8 mmHg
2 x 120 memory spaces
L 72 mm x W 96 mm x H 71 mm
Approximately 119 g
(without batteries, with cuff)
135 to 215 mm
+5°C to +40°C, 15-90% relative
humidity (non-condensing),
700-1060 hPa ambient air pressure
-20°C to +60°C,
≤ 93% relative humidity