Physipro XL 5 Owner's Manual page 18

ENGLISH
Tipping angle of wheelchair in the least stable configuration,
with caster wheels unlocked
Method of measurement: ISO 7176-1, section 8.2
Tipping angle of wheelchair in the least stable configuration,
with caster wheels locked
Method of measurement: ISO 7176-1, section 8.3
Tipping angle of wheelchair in the least stable configuration,
with propulsion wheels unlocked
Method of measurement: ISO 7176-1, section 9.2
Tipping angle of wheelchair in the least stable configuration,
with propulsion wheels locked
Method of measurement: ISO 7176-1, section 9.3
Tipping angle of wheelchair in the least stable configuration,
left side
Method of measurement: ISO 7176-1, section 10.2
Tipping angle of wheelchair in the least stable configuration,
right side
Method of measurement: ISO 7176-1, section 10.2
DETERMINATION OF STATIC STABILITY OF ANTI-TIP DEVICES
Rearward tipping angle of wheelchair in the least stable
configuration
Method of measurement: ISO 7176-1, section 11.2
Forward tipping angle of wheelchair in the least stable
configuration
Method of measurement: ISO 7176-1, section 11.2
Do anti-tip devices prevent rearward tipping?
Méthode de mesure : ISO 7176-1, article 11.4
Do anti-tip devices prevent forward tipping?
Method of measurement: ISO 7176-1, section 11.4
Active stability control system
DETERMINATION OF EFFECTIVENESS OF WHEEL LOCKS
Maximum slope angle, uphill
Method of measurement: ISO 7176-3, section 7.2
Maximum slope angle, downhill
Method of measurement: ISO 7176-3, section 7.2
REQUIREMENTS AND TEST METHODS FOR STATIC,
The XL5 wheelchair has successfully passed all ISO certifications and test related to Static,
Impact and Fatigue strengths requirements. The XL5 wheelchair complies with the
requirements of ISO-7176-8.
DETERMINATION OF FORWARD STATIC STABILITY
DETERMINATION OF REARWARD STATIC STABILITY
DETERMINATION OF SIDEWAYS STATIC STABILITY
IMPACT AND FATIGUE STRENGHTS
18
XL5 and XL RF
18,3°
N/A
18,6°
14,4°
20°
20°
21,1°
N/A
Yes
N/A
N/A
12,3°
10,1°