BIOTRONIK CRM Reocor D Manuel Technique page 87

88
Fixed parameters
Total atrial refractory
period (TARP)
TARP minimum
for (30 ... 120) ppm
for (121 ... 250) ppm
Refractory period (V)
(30 ... 150) ppm
(151 ... 200) ppm
(201 ... 250) ppm
Upper rate
High rate protection
1 ... 180 ppm

181 ... 250 ppm
Pulse waveform
Lead impedance monitoring
Acoustic warning
Lead connection
Electrical data/battery
Battery
Polarity
Inverse-polarity
protection
Power consumption
Service time with 
b)
new battery
End of service (EOS)
Remaining service time
b)
after ERI signal
Behavior during battery
exchange
a) Registered trademark of Duracell Inc., Bethel, CT 06801
b) When using the battery type MN 1604 Duracell® , Procell®

Technical Data
AVD + 175 ms ± 5 ms

400 ms ± 5 ms
240 ms ± 5 ms

225 ms ± 5 ms
200 ms ± 5 ms
175 ms ± 5 ms
260 ppm ± 10%

286 ms ± 10%

214 ms ± 10%
Asymmetric, biphasic
Above 2000  15%, at 5 V amplitude
Touch-proof 2-mm connector ports;
Redel port, 6-pin via Redel adapter
• Alkaline-manganese type: IEC 6LR61 / ANSI 1604A
• 9 V leak-proof
• E.g. MN1604 Duracell
Cathodic
None: Polarity is irrelevant
Typically 1 mA (70 ppm, 5.0 V, 500 )
• 500 h (-10%) at 20°C (±2°C)
• At: 70 ppm, 5 V, mode DDD, 500 ohm
• Until: ERI signal (EOS warning)
Flashing "Low battery" LED
• 36 hours
• At: 70 ppm, 5 V, mode DDD, 500 ohm
• Device remains ready for use for at least 30 s when
the battery is removed.
• The set Mode is retained.

286 ms = 210 ppm, does not
apply for Burst
214 ms = 280 ppm, does not
apply for Burst
® ®a)
Procell