Made mainly using Wills materials, with coarse stone walls and corrugated iron roof sheets. Dornaplas windows - Glazed.

Structure is fully painted and weathered, ready to place on your layout.

(Loco shown in photos is for scale purposes only - not included)

Dimensions: Whole building at widest points: approx 140mm long x 120mm wide 

Main shed: 125mm long x 82mm wide (internal).

Office lean to: 53mm x 35mm

Door: 32mm wide x 47mm high.

http://www.ebay.co.uk/itm/ENGINE-SHED-AND-WORKSHOP-009-SCALE-/301762407470?hash=item464270ec2e

U-20

files http://www.synthzone.com/midi/roland/u20/

Roland U-20 Initializing – Restoring the Factory Settings

• Article #1707348
• Added on Mar 20, 2012 at 3:11 PM

The following procedure can be used to clear the internal memory and reload some of the factory settings:
(CAUTION: All USER information will be lost. Be sure to back up any information you wish to keep.)
Original factory data for the U-20 must be loaded in via MIDI or a memory card. There is, however, a memory clearing function that returns most of the other parameters to their original factory settings. Use the following procedure to initialize the U-20:
1. Press PART and RHYTHM simultaneously to enter ROM play mode.
2. While holding MARK and JUMP, press ENTER to enter Test mode.
3. While holding JUMP, press NUMBER 7.
4. Press ENTER.
5. Press VALUE [^] to confirm.
6. While holding MARK and JUMP, press EXIT to exit Test mode.
Note: See “Loading System Exclusive Data” for the procedure to load the factory data through MIDI.

Roland U-20 Loading System Exclusive Data

• Article #1707349
• Added on Mar 20, 2012 at 3:11 PM

Many MIDI devices allow you to store and retrieve data via MIDI system exclusive messages. For example, all the factory settings can be loaded back into the U-20 using this method. Use the following procedure to setup the U-20 to receive system exclusive data:
1. Press EDIT.
2. CURSOR to “Setup” and press ENTER.
3. CURSOR to “MIDI” and press ENTER.
4. CURSOR to “Common” and press ENTER.
5. CURSOR to “RX SysEx =” and use the VALUE buttons to select “On.”
6. CURSOR to “SysEx Device ID = “ and use the VALUE buttons to choose “17.”
7. Press KEYBOARD and SOUND simultaneously and then begin sending the MIDI system exclusive data from your sequencer.

http://www.sysexdb.com/synth_detail.aspx?dv=92

.91mm for the low G, .86mm for the D, .64mm for the A and .53mm for the E

wales

Trains

09:33 – 10:11 (38m, 1 change; Platform 2; arriving Platform 9)

10:43 London Euston [EUS] Platform 7 Machynlleth [MCN] 14:42 3h 59m 1 Return Fare £70.30

Birmingham New Street [BHM] 12:20 12:25
Smethwick Galton Bridge [SGB] 12:31 12:31
Wolverhampton [WVH] 12:42 12:43
Telford Central [TFC] 12:59 12:59
Wellington (Shropshire) [WLN] 13:05 13:06
Shrewsbury [SHR] 13:19 13:29
Welshpool [WLP] 13:50 13:51
Newtown (Powys) [NWT] 14:04 14:05
Caersws [CWS] 14:12 14:12

Mach St to CAT - 2.8m, 18m

CAT to Corris R - 3.5m 32m

Corris R to Tallylyn lake 3.8m 30m

Tallyllyn lake to Tywyn 11.5m, 1hr 7m

Tywyn to Dyffryn 19.4m 1hr 51m

Dyffryn to Porthmadog 15.5 1hr 23m

back via bala, poss even Welshpool?

http://www.sustrans.org.uk/ncn/map

blackberry

http://logicmail.org/ota/ http://community.giffgaff.com/t5/Help-Support/INTERNET-SETTINGS-FOR-BLACKBERRY-CURVE-9300-WITHOUT-BIS-BES/td-p/2734603 http://en.softonic.com/s/blackberry-9300-app:blackberry http://www.locationof.com/phones/blackberry+9300/ http://www.theguardian.com/money/2009/dec/04/six-feet-wide-house-sale

ccts

http://www.harpamps.com/schematics/ http://experimentalistsanonymous.com/diy/Schematics/Full%20Synths%20Drum%20Synths%20and%20Misc%20Synth/ http://tim-kaiser.org/?p=600 http://www.matrixsynth.com/2012/11/syb-5-bass-synthesizer-with-original-box.html http://tonefiend.com/guitar/two-band-ptb-tone-control-useful-easy-cheap-awesome/

organ bass pedals

Each pedal should "meet" at a point 9 feet from the front of the sharps. On the image above to the right, you can spot the markings where the sharps will be placed. The distance between each natural (for example C-D, D-E) is 2.5 inches (6,35mm). This measurement should be from the center of each pedal, but you can simply measure from one side of, say, pedal C1 to the same side of the D1 pedal (C1 being the leftmost pedal). Each octave should be 17.5 inches (44,45mm) - this distance must be maintained. A quick run-through of the measurements (32 note compass, CCC to G, AGO standard): (8'6" means eight feet and 6 inches) •Concavity: 7'6" to 8'6"(both at the front and at the back - i used 9', but I'll go with it anyway) •Radiation: 8'6" to 9'6" (i went for 9') •Length between toe board and heel board (or playing surface of the naturals): 27" •Length of playing surface of sharps: 6.5" •Height of sharps above naturals: 1" at player's end, 1.5" at the other end (foremost) •Width of playing surface: 7/8" to 15/16" (I used 22mm) •Radius of curve of sharps: 8'6" at players end, 9' at the other end (foremost) •Depth of touch: 0.5" at the front line of sharps. •Weight of touch: 2.5 to 3 pounds •Point of speech: midway between top and bottom of travel of the pedal key •Placement in relationship to the keyboard: ◦centered under the manuals, middle E is in the center ◦29.5" from playing surface of keyboard to the top of the middle E ◦Front to back: Pedal DD# (or D2#) front end (at players end) 8.5" to 10" from plumb line dropped from the front edge of keys on the lowest keyboard for 2 or 3 manual organ. 11" for a 4 manual organ. http://www.fagerjord.org/index.php/organ-project/38-organ-related/69-building-a-pedal-board?start=1