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Invacare TDXSP2 Owners Manual 4 - Page 81

ISO 7176-15 Annex - tdx sp2 specifications

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Technical data 1 IPX4 classification means that the electrical system is protected against spray water. IPX1 classification means that the charger is protected against vertically falling drops of water. 2 Static stability downhill, uphill, and sideways according to ISO 7176-1 = 9° (15.8 %) Dynamic stability uphill according to ISO 7176-2 = 6° (10.5 %) 3 Note: The drive range of a mobility device is strongly influenced by external factors, such as the speed setting of the wheelchair, the charging state of the batteries, surrounding temperature, local topography, road surface characteristics, tire pressure, weight of user, drive style and use of batteries for lighting, servos etc. The specified values are theoretical maximum achievable values measured according to ISO 7176-4. 4 Measured with solid tires. Pneumatic tires can increase the maximum total width. 5 Measured without seat cushion 7 Horizontal distance of wheel axle from intersection of loaded seat and backrest reference planes 8 The actual curb weight depends on the options and accessories your mobility device has been supplied with. Every Invacare mobility device is weighed when leaving the factory. Refer to the invoice for the curb weight (including batteries) measured. 9 If two values are possible the lowest always applies. 12.2 ISO 7176-15 Annex A Information Disclosure in Manufacturer's Specification Sheets Manufacturer: Invacare Corporation Address: 1200 Taylor Street, Elyria, OH 44035 Model: TDX-SP2 (LiNX and Ultra Low Maxx Seat) 60101831-A Maximum occupant mass: • Non-Elevate-300 lb (136 kg) • Elevate-250 lb (113 kg) Disclosure Information (ISO) Overall length with legrest Overall width TDX-SP2 Minimum Maximum 44 in (1120 mm) 50 in (1265 mm) 29 in (730 mm) 35 in (900 mm) 81

Section	Page
User manual	4
1 General	5
1.1 Introduction	5
1.2 Symbols	5
1.3 Prescription Statement	6
1.4 Intended Use	6
1.5 Indication for Use	6
1.6 Regulations	6
1.7 Service Life	6
2 Safety	7
2.1 General Guidelines	7
2.1.1 Set Up	11
2.1.2 Stairways and Escalators	13
2.1.3 Repair and Service Information — Providers and/or Qualified Technicians	14
2.2 Safety and Handling	15
2.3 A Note to Wheelchair Assistants	17
2.4 Stability and Balance	18
2.4.1 Driving Surfaces	19
2.4.2 Safety Information When Approaching Obstacles	19
2.4.3 The Correct Way to Approach Obstacles	20
2.4.4 Negotiating Inclines	21
2.4.5 Reaching, Leaning and Bending - Forward	22
2.4.6 Reaching, Leaning and Bending - Backward	23
2.4.7 Transferring To and From Other Seats	23
2.5 Pinch Points	24
2.6 Footplates and Front Rigging	25
2.7 Storage	25
2.8 Electrical	25
2.9 Recycling Batteries	26
2.10 Weight Training and Other Activities	26
3 Electromagnetic Compatibility (EMC) Information	27
3.1 Electromagnetic Interference (EMI) From Radio Frequency Sources	27
3.2 Powered Wheelchair Electromagnetic Interference (EMI)	27
3.3 Powered Wheelchair Electromagnetic Emissions	29
4 Components	30
4.1 Component Overview	30
4.2 Remotes	30
4.3 The Powered Seating System	30
4.4 Labels on the Product	31
5 Setup	39
5.1 Setup/Delivery Inspection	39
5.2 Adjusting Joystick Mount	39
6 Usage	41
6.1 Folding the Joystick Mount Up and Down	41
6.2 Pushing the Mobility Device in Freewheel Mode	41
6.2.1 Disengaging/Engaging the Motor Lock Levers	41
6.3 Disengaging/Engaging the Wheel locks	42
6.3.1 Engaging	42
6.3.2 Disengaging	42
7 Controls System	43
7.1 Controls Protection System	43
7.2 Batteries	43
7.2.1 General Information on Charging	43
7.2.2 General Instructions on Charging	43
7.2.3 How to Charge the Batteries	44
7.2.4 How to Disconnect the Mobility Device After Charging	46
7.2.5 Storage and Maintenance	46
7.2.6 Using the Proper Batteries	46
7.2.7 Instructions on Using the Batteries	48
7.2.8 Transporting Batteries	49
7.2.9 General Instructions on Handling the Batteries	49
7.2.10 How to Handle Damaged Batteries Correctly	49
7.2.11 General Information on Battery Installation	50
7.2.12 Removing the Batteries from the Wheelchair	51
7.2.13 Installing Batteries into the Wheelchair	52
7.2.14 Replacing Batteries and/or Battery Cables	54
7.2.15 Cleaning Battery Terminals	56
8 Transport	57
8.1 Wheelchair Transport Brackets (TRBKTS)	57
8.2 Transport Ready Option (TRRO)	57
8.3 Transport—General information	58
8.4 Transferring Mobility Device to Vehicle	59
8.5 Use of the Mobility Device as a Seat in a Vehicle	59
8.5.1 How the Mobility Device is Anchored in a Vehicle	61
8.5.2 How The User is Secured Within the Mobility Device	62
8.6 Transporting the Mobility Device Without Occupant	64
9 Maintenance	65
9.1 Wear and Tear Information	65
9.2 User/Attendant Inspection Checklists	65
9.2.1 Inspect/Adjust Weekly	66
9.2.2 Inspect/Adjust Monthly	66
9.2.3 Inspect/Adjust Periodically	66
9.3 Service Inspection	66
9.3.1 Six Month Inspection	67
9.3.2 Replace Every 18 Months	68
9.3.3 Replace Every 2 Years	68
9.4 Cleaning	68
9.5 Stability Lock	69
9.6 Removing/Installing the Shrouds	70
9.6.1 Removing the Rear Shroud	70
9.6.2 Installing the Rear Shroud	70
9.6.3 Removing/Installing the Front Shroud/Battery Retention Bracket	70
9.7 Wheels and Tires	71
10 After Use	73
10.1 Reconditioning	73
10.2 Disposal	73
11 Troubleshooting	74
11.1 Driving Performance	74
11.2 Control System	74
11.2.1 Battery and Charger Tips	75
12 Technical data	77
12.1 Technical Specifications	77
12.2 ISO 7176-15 Annex A	81
13 Warranty	84
13.1 Limited Warranty—US	84
13.2 Limited Warranty—Canada	84
13.3 Repair or Replacement	84
13.4 Limitations and Exclusions	85

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Technical data

IPX4 classiﬁcation means that the electrical system is protected against spray water.

IPX1 classiﬁcation means that the charger is protected against vertically falling drops of water.

Static stability downhill, uphill, and sideways according to ISO 7176-1 = 9° (15.8 %)

Dynamic stability uphill according to ISO 7176-2 = 6° (10.5 %)

Note: The drive range of a mobility device is strongly inﬂuenced by external factors, such as the speed setting of the

wheelchair, the charging state of the batteries, surrounding temperature, local topography, road surface characteristics,

tire pressure, weight of user, drive style and use of batteries for lighting, servos etc.

The speciﬁed values are theoretical maximum achievable values measured according to ISO 7176-4.

Measured with solid tires. Pneumatic tires can increase the maximum total width.

Measured without seat cushion

Horizontal distance of wheel axle from intersection of loaded seat and backrest reference planes

The actual curb weight depends on the options and accessories your mobility device has been supplied with. Every

Invacare mobility device is weighed when leaving the factory. Refer to the invoice for the curb weight (including

batteries) measured.

If two values are possible the lowest always applies.

12.2

ISO 7176-15 Annex A

Information Disclosure in Manufacturer’s Speciﬁcation

Sheets

Manufacturer: Invacare Corporation

Address: 1200 Taylor Street, Elyria, OH 44035

Model: TDX-SP2 (LiNX and Ultra Low Maxx Seat)

Maximum occupant mass:

•

Non-Elevate—300 lb (136 kg)

•

Elevate—250 lb (113 kg)

TDX-SP2

Disclosure Information

(ISO)

Minimum

Maximum

Overall length with

legrest

44 in (1120

mm)

50 in (1265

mm)

Overall width

29 in (730 mm)

35 in (900 mm)

60101831-A