As previously mentioned, we will be visiting several hobby shops in the Los Angeles/Southern California area and in the San Francisco Bay area. On Thursday night, Oct 1, we will be giving a SoundTraxx Tsunami clinic at Milepost 38 in Anaheim, CA.
On Friday, Oct 2, we will be giving a clinic in conjunction with Allied Model Trains in Culver City and The Original Whistlestop in Pasadena at the Radisson in Culver City, CA. On Sunday, Oct 4th, we will be setting up at Just Trains in Concord for their annual Open House. Come by and see us. For more details, please contact these hobby shops for times and to sign-up, space may be limited.
The 29th National Narrow Gauge Convention
The HOn3 layout constructed by Allison was on display and running trains in the booth. A display computer showed the various CAD drawings of the C-19 locomotive and other upcoming Blackstone projects as well. On display were pre-production samples of our caboose, economy door boxcar and the first sample of the drop bottom gondola, along with our other currently available rolling stock. This sample was custom painted for display purposes only and may vary from actual production models. We also brought along a section of the large SoundTraxx booth for displaying Tsunami sound decoders as well.
We had the opportunity to talk with many of our customers who had many good things to say, as well as many suggestions for the future products we should consider offering. Spending time with the customers is always one of the more enjoyable aspects of being in this business.
Blackstone Models Announcements: Narrow Frame and Frameless Tank Cars, and Open Platform Passenger CoachesAt this convention, many manufacturers of narrow gauge equipment take this time to announce new products and we were no exception. A while back, we had announced our intention to produce tank cars. These will be done in the narrow frame and frameless versions. A matrix for road name and numbers was finalized in time for the show. Hobby shops are taking pre-orders now. Along with the sample of the drop bottom gondola, we also had displayed the first sample of a new rolling stock announcement, a double-deck stock car. This car was designed with a middle deck to load sheep with 2x the capacity as a normal stock car. Road numbers and paint versions have not been finalized yet.
Our final announcement we had was to let everyone know that we are in fact currently researching and designing the Jackson and Sharp open platform passenger cars. These are still under development, so many details are yet to be determined, including paint schemes and road numbers. As you can see it will be a busy and exciting year for Blackstone Models. Many thanks to you who have helped support this growing product line!
Tech Tip: Consisting LocomotivesDiesel locomotives were designed to connect multiple locomotives and operate as though they are one unit. Steam locomotives too were consisted, but required 2 full crews to double head a train. Consisting multiple Tsunami-equipped locomotives appears to be complicated to some, but really it is not difficult. Following these techniques, you should be able to consist any number of locomotives with ease.
Consisting a set of locomotives can be done in a few different ways, basic, standard and advanced. The recommended method to use is the advanced consist. The consist address is stored in the decoder and responds to the functions you designate for each loco. The DCC system sends out only one command and any loco programmed with the advanced consist address will respond accordingly. Lets look closer at the advanced consist.
Advanced consist addresses range from 1-127. This value is stored into CV 19. For example, let’s use consist number 45. Any locomotive facing forward would have CV 19=45. If the locomotive will be traveling backward in the consist, add 128 to the value. In our example, any unit facing backwards, CV 19 should be programmed to 173. (45+128=173) This can be set for any number of locomotives within the limits of a DCC power booster. Many command stations can set up advanced consists as well, be sure to check the DCC system’s documentation. Now the locomotives will all respond to motor commands as one unit, but there are no functions working yet.
Each unit based on its position in the consist will be set up to respond differently to the function commands. For example, the trailing unit would not blow its horn when the lead unit does, and the middle unit(s) will not have the headlamps on. So CV 21 and CV 22 will set up each locomotive to respond to the function commands that pertain to each unit.
Following this chart, you will ‘turn on’ any function for any unit as desired. Simply determine which functions will be active and add up the associated values to calculate the final value of each CV. F2 (horn) has a value of 2 and F3 (short horn) has a value of 4. If the lead unit will use the horn, add 6 (2+4) to the value in CV21. Add any values associated with the functions you want active. As an example, we will set up an A-B-A set of Tsunami-equipped F-units using a consist address of 45. The lead unit and B-unit (facing forward) will have CV 19 set to 45. The trailing A-unit will have CV 19 programmed to 173. (Remember, 45+128=173)
Now concentrate on the functions. The lead unit will have the headlamp, horn, bell, dynamic brakes, FX5 (mars light), F7 (dim) Mute, RPM+, RPM- (we will use manual notching for this example) Brake and Coupler active. To determine these values, refer to the chart. CV 21 for the lead A-unit, we want F1, 2, 3, 4, 5, 7, and 8. Total these values and you will get 223. CV22 for the lead A-unit we want F0f, F9, 10, 11, and 12. Total these and you will get 61.
Following this example let’s look to the B-unit. The B-unit will not use the lights, bell, horn, FX5 or FX6, F7 (dim) or coupler, however we will have dynamic brakes, mute, RPM+, RPM- and F11 Brakes. CV 21 will be set to 136. CV 22 will be set to 28.
Last, we look to the trailing A-unit. For this unit, we will have the F0f (which works based on the direction of travel for the locomotive, not the consist) dynamic brakes, mute, RPM+, RPM- and F11 brake active while all else is not applicable. In this case CV 21 will be set to 28. CV22 will be set to 137. This should set up your consist to operate as though it is one unit. Each time a consist is broken up and re-assigned, the function CVs may need to be changed. Following this method, setting up all of your consists should be trouble-free.
We want to issue a special “Thank You” to Dave Houston of Daylight Sales, a SoundTraxx and Blackstone Models dealer in the Sacremento, CA area, for sending us the photo of his F-units on his home layout.