Removing the transport packaging 4.1.1 Opening the NTI 1000 4.1.2 Opening the nitrogen tank Installation 4.2.1 Preparing to install the NTI 1000 4.2.2 Mounting the vacuum pump (optional) 9 4.2.3 Electrical connections 4.2.4 Pneumatic connections Connecting the external nitrogen tank to the...
Whatever the event, Intermediate An instruction produces a visible inter- Bosch liability is restricted to the amount for which the result mediate result. customer actually pays for this product. This disclaimer Final result There is a visible final result on com- "...
Application �.4.� N�� ���� The NTI 1000 can be used for inflating or deflating heavy truck tires with a rim diameter ranging from 18 inches to 26 inches. The highest filling pressure at which the NTI 1000 can be operated is 150 PSI.
Description of function 7 Power socket 8 Digital port for inflation/deflation The NTI 1000 works on the principle of Pressure Swing 9 Direct inlet for inflation Adsorption (PSA). PSA is a regenerative process of gen- 10 Digital port for inflation/deflation erating nitrogen from compressed air.
Bosch Limited. �.5.5 Power cable and master switch The NTI 1000 is connected to 230 VAC 10%, 50 Hz 2. Move the packing case containing the installation 1% .supply via a power chord. The NTI 1000 can be site.
Power supply - 230 VAC +/- 10 %, single phase, 50 4.2.� Preparing to install the N�� ���� The NTI 1000 unit has to be installed on a level surface of area 800 mm X 800 mm with concrete flooring. For safe operation, provide a minimum clearance of 1000 mm around the NTI 1000.
FRC unit of the NTI 1000. However, even if the filter is not installed, the particulate matter and moisture is filtered at the FRC unit of the NTI 1000.
3 Inlet of the external tank 1. Push the polyurethane hose from the Inlet port (Fig. 2, Pos. 4) of the NTI 1000 into the inlet of the external tank (Fig. 6, Pos. 3). 2. Connect the other polyurethane hose from the outlet A00_30 (Fig.
(Fig. 2, Pos. 9), the selected gas (air or nitrogen) by- passes the manifold (Fig. 3, Pos. 2). Hence, the pres- sure is not monitored by the pressure sensor. The tire pressure has to be manually checked. F 002 DG9 A00 2013-04-16 Bosch Limited...
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R Disconnect the filling nozzle from the tire and connect it back to tire. Ensure HOSE IMPROPER that the hose is connected to the digital outlet ports of the NTI 1000. R Check if there is leakage at the connector. If there is leakage, the clip should be tightened.
�nitiating nitrogen generation 3. Connect the filling nozzle to the tire. After the NTI 1000 is powered on, nitrogen generation 4. Hold the filling nozzle till the tire gets deflated. After the set pressure is reached, a long beep is starts automatically.
Replacement of spare parts 7.2.� Replacing the air filling connector 1. Switch off the master switch of the NTI 1000. 2. Open the front door. Risk of injury due to pressure in the hoses High pressure in the hoses might cause the hoses to fly apart and cause injury.
7.� Routine maintenance 7.2.2 Replacing the braided hose for outlet 1. Switch off the master switch of the NTI 1000. 7.�.� Draining the filter regulator of the N�� ���� Risk of injury due to pressure in the hoses Upon opening the drain of the FRC, mist will spur High pressure in the hoses might cause the out.
¶ together with the unit. Proper disposal of the NTI 1000 prevents The NTI 1000 has to be transported in the original or environmental pollution and possible equivalent packaging. health hazards. Heed the notes on initial commissioning.
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Tank pressure gauge 0 to 16 Permissible ambient temperature ranges Maximum ambient temperature °C Operating range °C 5 to 45 Storage temperature °C 0 to 50 Miscellaneous Length of filling hose Protection IP54 F 002 DG9 A00 2013-04-16 Bosch Limited...
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Bosch Limited P.B. No.3000, Hosur Road, Bangalore 560 030 INDIA www.boschindia.com AADG.Service@in.bosch.com F 002 DG9 A00 | 2013-04-16...
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