Hornby HM7000: Power Bank Maxi

HM7000: Power Bank Maxi The R7416 Power Bank Maxi is our largest power bank and will keep locomotives with larger motors that require more pulling power, running over any potential dead spots. The space require inside a locomotive for this power bank is 22 x 12 x 10mm.  The Power Bank Maxi can be connected into the current range of HM7000 DCC Bluetooth decoders. A simple plug & play socket means there's no soldering required! Why use one? Your layout will occasionally suffer from dirty track or small electrical dead spots at points and crossings. The small loss of power can cause locomotives to stop, but with DCC Sound Decoders it can also cause the sounds to reset and restart. Avoid both issues by fitting a Power Bank. Perfect locomotive running and optimal control! (The Power Bank is not suitable for use without an HM7000 decoder, connecting it directly to other decoders or directly to the wiring of a model locomotive may cause damage to the Power Bank, your locomotive or your non-HM7000 decoder). For small locomotives we have a smaller Power Bank available R7377 Power Bank

Bachmann 21 Pin DCC Loco-Decoder (with Brake Button function)

21 Pin DCC Loco-Decoder (with Brake Button function) A 21 Pin (21MTC) DCC Decoder suitable for models fitted with a 21 Pin DCC decoder socket (do not use with the Bachmann Branchline Class 90 – use 36-569A with these models). This decoder replaces item No. 36-557 and can be used in any model for which item No. 36-557 is recommended Highlights include: Dual-mode DCC/DC decoder with Back EMF function 10 powered function outputs (+8 logic level outputs and 2 logic level/SUSI outputs) 1.5A continuous load RailComPlus® for automatic registration when used with selected DCC systems Suitable for models equipped with DC motors (including coreless motors) Brake Button function for realistic control of braking (operates on F2) Operating Modes: NMRA/DCC with 14, 28 and 128 speed steps Short and Long addresses DCC and DC operation (DC operation is de-selectable) Automatic recognition of operational mode and DCC speed step selection Supports Lenz® LG 100 braking sections Supports ABC braking sections Motor Control Features Suitable for models equipped with DC motors (including coreless motors) 1.5A continuous load Motor regulation with pulse width frequency from 10kHz to 50kHz Motor output overload protection; Back EMF (de-selectable) Function Outputs: 10 powered function outputs with overload protection (4 via 21MTC pins, 6 via solder pads) 10 logic level outputs (8 via 21MTC pins, 2 via solder pads) 250mA load per output 500mA total load of all function outputs 2 additional logic outputs Shunting speed and momentum key selectable Brake Button function for realistic control of braking (operates on F2) Dimensions: 21.4mm x 15.5mm x 4.5mm Default Address: Address 3 Programming: DCC Service Mode & DCC PoM (Programming on Main) Additional Features: RailCom® Feedback system RailComPlus® automatic Registration

DCC Concepts Modern Station CCTV Cameras (Kit Unpainted)

Modern Station CCTV Cameras (Kit Unpainted) Includes - Kit of plastic parts - 4x Staion CCTV Masts & 6 Wall Mounted CCTV Cameras - Kit requires glue and paint to complete NOT included - OO scale Parts information: Railway platform CCTV cameras are used for various purposes, including enhancing the safety and security of passengers, deterring criminal activities, monitoring and managing crowds, and improving the overall operational efficiency of the railway system. Some of the specific uses of railway platform CCTV cameras are as follows: Surveillance and security: CCTV cameras are used to monitor the platform and its surroundings, providing security personnel with a real-time view of any suspicious activity. This helps to prevent crime and provide evidence in the event of an incident. Crowd control: CCTV cameras can help manage crowds on platforms by monitoring passenger movements and identifying areas of congestion. This information can be used to redirect passengers to less crowded areas, reducing the risk of accidents and improving overall passenger flow. Operational efficiency: CCTV cameras can be used to monitor train movements and track usage, enabling rail operators to optimize scheduling and improve operational efficiency. This helps to reduce delays, increase capacity, and improve overall performance. Emergency response: In the event of an emergency, CCTV cameras can help emergency services locate and respond to the situation quickly and effectively. Overall, railway platform CCTV cameras play an important role in ensuring the safety and security of passengers and staff, as well as in improving the overall efficiency and performance of the railway system.

Hornby HM7070 - Power Bank

HM7070 - Power Bank Stay-alive for use with HM7000 decoders

Bachmann Class 90 DCC Loco-Decoder w/Servo Motor Operation & Brake

A 21 Pin (21MTC) DCC Decoder configured for use in the Bachmann Branchline Class 90 – models produced from 2021 onwards. Configured to control the servo-motor-operated Pantograph. Highlights include: Dual-mode DCC/DC decoder with Back EMF function 1.2A continuous load Brake Button function for realistic control of braking Controls the servo-motor-operated Pantograph Default Functions when fitted to Bachmann Branchline Class 90 F0 - Direction Lights on/off F1 - Cab Lights (Directional) on/off F2 - Brake Button F3 - Day/Night Mode F4 - Direction Lights Off (Non-Pantograph End) F5 - Direction Lights Off (Pantograph End) F6 - Pantograph Up/Down

Bachmann Next18 DCC Loco-Decoder (with Brake Button function)

Bachmann Next18 DCC Loco-Decoder (with Brake Button function) - F2 on your DCC controller will activate break function (in the case of sound fitted locomotives you will hear brake sounds too) - Pressing F2 down will bring the locomotive to a complete standstill