Use this switch to control the polarity on the N Gauge Code 55 SL-E383F Scissors Crossover. See Shows You How Booklet Wiring the Layout No 21 for a comprehensive colour coded diagram.

Single Pole On/On Switch. Use this to switch power from one device to another or for operating items such as 2 aspect colour light signals.

Single Pole On/Off Switch. Use this to control features such as lighting circuits, or as a section switch where only 1 controller is used.

Clip this unit either side of an insulation gap on Peco H0/00 track. This can be used to isolate a loco at the end of a terminal road or siding, thereby enabling another loco to take the stock out. This is available as a ready made item in the Peco 00 Setrack range (ST-205/2005).

A simple yet effective method of switching turnouts. The PL-18 Studs are inserted into the control panel, often laid out as a layout diagram. A wire is then soldered to the tag at the back, which goes to the relevant solenoid of the turnout motor. When power is applied by touching the powered PL-17 probe on the stud the Turnout Motor is activated.

This plugs directly into a ready made recess on the 0 gauge Double Slip SL-E790BH to house a PL-33 Microswitch to operate the polarity switching.

This fits directly to the PL-10 family of Turnout Motors. The 2 single pole changeover switches can be used to control polarity, route selection diagrams, or 2 aspect colour light signalling etc. Rated 16v 2amps (continuous) or 2.5amps (momentary).

A simple yet effective method of switching turnouts. The PL-18 Studs are inserted into the control panel, often laid out as a layout diagram. A wire is then soldered to the tag at the back, which goes to the relevant solenoid of the turnout motor. When power is applied by touching the powered PL-17 probe on the stud the Turnout Motor is activated.

Attaches directly to the PL-10 family of Turnout Motors with contact adhesive. This single pole switch can control frog polarity, ground signals etc. PL-31 Spade Connectors can be used to attach wires to these units without the need for soldering.

2 Adaptor Bases are included, with optional extension arms, to enable PL-10 Turnout Motors to be mounted on the surface of the baseboard. This unit relies on the over centre spring in the turnout to keep the blades against the stock rail.

This unit enables a PL-10 Turnout Motor to be mounted on the surface of the baseboard, an optional extension arm is also included. A removable over centre spring is fitted, useful for turnouts which do not have this feature.

Clips directly into a Peco 00/H0 Setrack Turnout, either Left or Right Hand. No holes to drill, and this unit is pre wired. Can also be used with 00/H0 Streamline Turnouts.

The PL series of Turnout Motors is tried and tested, over the last 40 years we have sold literally millions of these motors. Simple, reliable and good value. An extended drive pin is fitted, use the PL-9 Mounting Plate to attach this unit to the underside of the baseboard. Attaching PL-13 and 15 Switches will enable switching for automatic polarity etc.

The PL series of Turnout Motors is tried and tested, over the last 40 years we have sold literally millions of these motors. Simple, reliable and good value. Requires a rectangular hole 40mm x 24mm when clipped directly to the underside of a Peco Turnout. Use the PL-12/12X if above baseboard mounting is required; attaching PL-13 and 15 Switches will enable switching for automatic polarity etc.

900 of these vans were built between 1930 and 1936. Seen all over the former LNER system, they lasted in service into the mid 1960s. These finely moulded plastic wagon kits come complete with pin point axle wheels and bearings. Glue and paint will be required, along with appropriate transfers. Additional parts to enable the vehicle to be modelled incorporating modifications made to the prototypes during their working life are included where appropriate.

The GWR introduced a fleet of these vans (diagram Y4) in the early 1920s. These vans could still be seen in service into the 1950s. These finely moulded plastic wagon kits come complete with pin point axle wheels and bearings. Glue and paint will be required, along with appropriate transfers. Additional parts to enable the vehicle to be modelled incorporating modifications made to the prototypes during their working life are included where appropriate.

The LMS built 2050 of these wagons (diagram 1661) between 1923 and 1926. They lasted in use until the early 1960s. These finely moulded plastic wagon kits come complete with pin point axle wheels and bearings. Glue and paint will be required, along with appropriate transfers. Additional parts to enable the vehicle to be modelled incorporating modifications made to the prototypes during their working life are included where appropriate.

‘Mica B’ X7 These vans were built in 1921 - 1923 to carry fresh or chilled meat. Some vans were converted to TEVANS in the 1930s. Most survived into Nationalisation in 1948 and a few into the early 1960s. These finely moulded plastic wagon kits come complete with pin point axle wheels and bearings. Glue and paint will be required, along with appropriate transfers . Additional parts to enable the vehicle to be modelled incorporating modifications made to the prototypes during their working life are included where appropriate.

These gunpowder vans (diagram Z2) were built between 1913 and 1926 to carry gunpowder and other explosives. Examples lasted until around 1960. These finely moulded plastic wagon kits come complete with pin point axle wheels and bearings. Glue and paint will be required, along with appropriate transfers. Additional parts to enable the vehicle to be modelled incorporating modifications made to the prototypes during their working life are included where appropriate.

30 of these horse boxes (diagram 5) were built by the LNER in 1938, mainly to carry racehorses to meetings throughout Britain. Many lasted into the early 1960s. These finely moulded plastic wagon kits come complete with pin point axle wheels and bearings. Glue and paint will be required, along with appropriate transfers. Additional parts to enable the vehicle to be modelled incorporating modifications made to the prototypes during their working life are included where appropriate.

10 ton Goods Van ‘Mink/Mink A’ V12, V14 and V16 Built between 1907 and 1927. Used for general goods traffic throughout the British railway system. In service until around 1960, later in departmental use. These finely moulded plastic wagon kits come complete with pin point axle wheels and bearings. Glue and paint will be required, along with appropriate transfers. Additional parts to enable the vehicle to be modelled incorporating modifications made to the prototypes during their working life are included where appropriate.

500 of these wagons (diagram O13) were built in 1913. Used for short run traffic in Cornwall and to carry china clay to potteries and paper mills. Final withdrawal took place in the late 1950s. These finely moulded plastic wagon kits come complete with pin point axle wheels and bearings. Glue and paint will be required, along with appropriate transfers. Additional parts to enable the vehicle to be modelled incorporating modifications made to the prototypes during their working life are included where appropriate.

13,645 of these wagons were built. Features the unique LNER brake gear. Represents the batch of 409 built by Hurst Nelson in 1936. Examples lasted into the 1970s. These finely moulded plastic wagon kits come complete with pin point axle wheels and bearings. Glue and paint will be required, along with appropriate transfers. Additional parts to enable the vehicle to be modelled incorporating modifications made to the prototypes during their working life are included where appropriate.

Diagram N13. 300 of these were built in the 1920s with many lasting into the 1950s and 60s. Seen throughout Britain carrying horses to racecourses and stables, invariably marshalled in passenger or parcel trains. These finely moulded plastic wagon kits come complete with pin point axle wheels and bearings. Glue and paint will be required, along with appropriate transfers. Additional parts to enable the vehicle to be modelled incorporating modifications made to the prototypes during their working life are included where appropriate.