Mechanical Characteristics - BIOTRONIK Lumax 540 Manuel Technique

387158--G_GA_Lumax540_mul.book Page 23 Friday, February 1, 2013 5:38 PM
Shock energies / peak voltages at: RV  SVC + housing
Lumax 540 VR-T, VR-T DX, DR-T, HF-T as 40 J device with shock path:
RV  SVC + housing
Shock energy set
1 J E nominal
E actual
Tolerance range: U max
U max actual
20 J E nominal
E actual
Tolerance range: U max
U max actual
40 J E nominal
E actual
Tolerance range: U max
U max actual
Shock energies / peak voltages at: RV  SVC
Lumax 540 VR-T, VR-T DX, DR-T, HF-T as 40 J device with shock path: RV  SVC
Shock energy set
1 J E nominal
E actual
Tolerance range: U max
U max actual
en • English
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Measurement of shock energy at 50 
94% 25%
0.7 ... 1.18 J
0.81 J
90 ... 120 V
101.01 V
94% 10%
16.9 ... 20.9 J
17.31 J
440 ... 480 V
465 V
94% 10%
33.8 ... 41.4 J
35.31 J
630 ... 670 V
656.7 V
Measurement of shock energy at 50 
94% 25%
0.7 ... 1.18 J
0.83 J
90 ... 120 V
104.2 V
Shock energy set
20 J E nominal
E actual
Tolerance range: U max
U max actual
40 J E nominal
E actual
Tolerance range: U max
U max actual
Behavior in case of EMI
In case of electromagnetic interference, the device switches into the V00 mode when
the interference rate is exceeded if VVI(R) or VDD(R) pacing mode was set previously, or
into the D00 pacing mode if DDI(R) or DDD(R) pacing mode was set previously.

Mechanical Characteristics

Housing
Device type W x H x D in mm
VR-T, VR-T DX, DR-T 66 x 55 x 13
HF-T 66 x 59 x 13
Materials in contact with body tissue
The following materials of the ICD system have contact with body tissue:
Housing Header
Titanium Epoxy resin
Radiopaque marker
The radiopaque marker is on the left, positioned vertically.
Manufacturing year
nn
23
Measurement of shock energy at 50 
94% 10%
16.9 ... 20.9 J
17.54 J
440 ... 480 V
466.7 V
94% 10%
33.8 ... 41.4 J
35.60 J
630 ... 670 V
659.3 V
Volume in ccm Mass g
37.2 92
39.8 94
Sealing plugs, sealing lips
Silopren
Radiopaque marker
BIO SH