A comprehensive Operating and Service Manual. All schematics are complete and easy to read. The PCB drawings and complete parts list are very helpful. I would definitely recommend this manual.
Genuine Toshiba owner's manual. Couldn't really ask for more. And written in understandable English in contrast to a few recent experiences I have had with manuals for other equipment other than Toshiba but made in China and written in "Chinglish"!
Text excerpt from page 7 (click to view)
Adaptation to different types of gas
F
Injectors replacement
� Remove the pan supports. � Remove the burner's caps and crowns. � With a socket spanner 7 unscrew and remove the injectors (Fig. 7), and replace them with the ones required for the type of gas in use (see table 2). � Reassemble the parts, following the same procedure backwards. � Replace the rating label (placed near the gas supply pipe) with the relevant one for the new type of gas supply. You can find this label in the package of the injectors supplied with the appliance. Should the feeding gas pressure be different or variable compared with the required pressure, an appropriate pressure adjuster must be fitted on the gas supply pipe, in compliance with the rules in force.
Fig. 7
FO 0392
Adjustment of minimum level
follows:
To adjust the minimum level of the burners, proceed as
Fig. 8
F�
Light the burner.
� Turn the knob on the minimum position. � Remove the knob. � With a thin screwdriver, adjust the by-pass screw
(see Fig. 8). If changing from natural gas to LPG, completely tighten clockwise the screw, until a small regular flame is obtained.
By-pass screws
Table 1 : By-pass diameters
Burner � By-pass in 1/100 of mm. 28 32 40
quickly turning the knob from the maximum position to the minimum position. This procedure can easily be carried out, anyhow the hob has been positioned or built in the working top.
� Finally check the flame does not go out when
Auxiliary Semi-rapid Rapid
Table 2 : injectors
TYPE OF GAS TYPE OF BURNER INJECTORS MARKS 1/100 mm NOMINAL POWER INPUT KW 3,0 2,0 1,0 REDUCED POWER kW NOMINAL POWER 3 m /h 0,286 0,190 0,095 g/h NOMINAL PRESSURE mbar
