Thursday, 4 January 2018

H / HJ Wagons


H / HJ wagons.

The eight wheeled open goods wagons on Queensland Railways were classified as “H” class wagon. Over the years, they were built in various lengths, 20ft, 26ft, 30ft and 32ft. If you were to summarise the standard “H” wagon in the 60’s, it would be the 30’ version.

Most had a standard ends and sides of four planks that measured 2” 7½’ high. In the early years some had a single centre door, the shorter wagons have two drop down doors, and most wagons have 3 doors. The H class had a tare around 8 tons and carried around 12 tons given them a 5 ton axle load. The all timber frame rode on 4’ bar frame bogies fitted with 2’ 2” wheels. HJ wagons had 5’ bar frame bogies, early wagons had 2’ 2” wheels, whereas the later wagons had 2’ 9½” wheels. These wagon had a tare of around 10 tons and carried 22 tons, a gross of 32 tons (8 T axle load). The maximum speed of the vehicles was 35 mph and were restricted to Goods Trains.   

The wagon carried various types of general goods which included, timber, steel, iron, pipes, farm machinery, tractors, motor vehicle, fuel/oil in drums, tanks, pallets, kegs, ash, bones, bottles, coke, firewood, loco coal for western/branch depots. Track and Bridge materials, sleepers, bridge timbers etc. Many loads were covered with tarpaulins, this included wool, hay, chaff etc.  During the late 60’s they carried sheep. In short, if the load did not fit through the doors of a box wagon, an open wagon was used.

Plan P 112  Drawing # 1313.

Underframe
Bogie Centres
Outside Width
Over Buffers
Height
30’ x 6’ 10”
21’
7’ 6”
33’ 5”
5’ 8”

Inside Length
Between Doors
Between Stanchions
One Centre Door
Drawing Date
29” 8½”
7’ 2½”
6’ 10”
8’
5/1/14

Plan P 113  Drawing # 2250.
Same as above, except wagon has 3 x 10’ Doors. Floor height above rail 3’ 2”.

 Plan P 114  Drawing # 2555. Dated 0578/16. The wagon is 7’ 9” wide and fitted with movable stanchions. 7’ 1” between the stanchions.

Plan P 115  Drawing # 3705.    H and HJ wagon  (2’ 2” wheels) 

Underframe
Bogie Centres
Outside Width
Over Buffers
Height
32’ x 7’ 4”
23’
8’
35’ 5”
5’ 8”

Inside Length
Between Doors
Between Stanchions
Doors
Drawing Date
31” 8½”
7’ 8½”
7’ 4”
3 x 10’ 8”
12/2/26
 
H Wagon
Average Tare
Average Capacity
Journal
Floor above rail 
Bogies
8 T 18 Cwt
11 T 2 Cwt
7” x 3”
3’ 2”
4’ 0”

H J Wagon
Average Tare
Average Capacity
Journal
Floor above rail 
Bogies
10 T 3 Cwt
21 T 17 Cwt
8” x 4”
3’ 3”
5’ 0”

 1969 the carrying capacity was reduced to 9 T 17 Cwt. (Less than the “H” wagon).In 1971 the carrying capacity was increase to 12 T and the classification altered to HH.

Plan P 116  Drawing # 1700.    High sided (6’10¼”) with a single 2’ 6” high door with 4’ 9” bogies with 2’ 9½” wheels.  (Covered under Jumbo HJ a few months ago).

Plan P 117  Drawing # 2208.    Date 5/1/14 HJ Wagon.

Much the same as P 115 for HJ Wagon. Floor height above rail 3’ 4”. 21’ Bogie Centres
Cubic Capacity 571 cu.ft. 1971 carry capacity reduced to 12 T and classed HH.

Plan P 118  Drawing # 4864.    H and HJ wagon  (2’ 9½” wheels)  Date 14/1/44
Much the same dimensions as P 117.  Height of wagon above rail 5’ 9½”

Allowable over load for H wagons 1 T 10 Cwt, HJ wagons 2 T. Cubic Capacity 640 cu.ft.
1971 carry capacity reduced to 12 T and classed HH.

Plan P 119  Drawing # 4864.    UHJ wagon  (2’ 9½” wheels)  Date 14/1/44
Length
Bogie Centres
Outside Width
Over Buffers
Height
32’
21’
7’ 6”
35’ 5”
5’ 9½”

Inside Length
Between Doors
Between Stanchions
Doors
Cubic Capacity
31” 8½”
7’ 2”
6’ 10”
3 x 10’ 8”
600 cu.ft.

Statement of Rollingstock 30th June 1960 shows the following wagon in service.  
Eight wheeled, low-sided goods wagons – 20 tons gross.  H wagons 1,766 (b) 
(b) Three have steel underframes # 11879, 11881, 13926.

The documents also shows 109 on the 2’ Innisfail Tramway, all 12 t gross except 2 that were 20 t gross.

Eight wheeled, low-sided goods wagon – 32 tons gross.   HJ wagons 746 (d)
(d) HJ 19325 is an all steel wagon.
(60 are 32’ long and have bodies 3‘ 6” high. # 6909 – 7005) (Jumbo H wagon P 116)
(61 are painted grey and reserved for Mt Isa traffic)  (UHJ)   
(52 are fitted with molasses tanks) (Mackay sugar Tfc). Reclassed HM in 1973.

With the exception of the UHJ wagons, H and HJ wagons were painted Red Oxide to 1969, then grey. The class lasted until the withdrawal of wooden wagons in 1986/8.  Bundaberg and Ipswich museums have one in their collection on display.

The wagon had drawhooks, H and HJ were classified as “Ordinary” drawgear which later (1973) became D4. UHJ had “Select: drawgear which became D3. The wagon length for train marshalling was equal to 2 F, which later became 2 units. When train lengths went metric, they were 2.1 units. Later that became 10.5 metres, by which time the class was gone.   

Conversions:-

Mainly the “H” Class were used for conversions

CH  Covered wagons during WW II.                         (30/06/60. 185 in service)
HC for stick sugar cane                                             (30/06/60. 38 in service)
HW for water
HK  Cattle wagons                                                     (30/06/60. 57 in service)
Travelling Crane. (Mainly around Workshops)

The H class continued into the modern steel era, HJS in the early 50’s, HSA in the mid 60’s, and HWA (Steel wagon with wooden floor) in the early 70’s. 

Bogies

H wagon. Bar Frame Bogie with 4 foot axle centre with 2 foot 2 inches wheels.


HJ wagon. Bar Frame Bogie with 5 foot axle centre with 2 foot 2 inches wheels.



H wagon. Bar Frame Bogie with 4 foot axle centre with 2 foot 9½ inches wheels.



  H wagon with wool load. Note no securing rings for securing the trap. Ratline tied to door stops, buffers, truss rod, hand brake frame (not hand brake lever or bogies).



I think this photo is a state library photo, the caption indicated the wagon is loaded with 12 ton of wheat. I think wheat is about 12 bags to the ton, around 200 lb each. May be it is chaff. Note, no door stops. (Door stops stop the doors hitting and damaging the axle boxes). Plus, the height of the load beside the attached box wagon ????   


 On a side loading bank, the doors double as a ramp for loading wheeled vehicles.   



This photo was taken about 1973/74 highlighting wagon markings in both metric and imperial.

Some “H” has a sprung canter lever on the centre door. This assisted greatly with closing the door. The standard timber door was very heavy, a two man job. One man could close a door on the steel HJS wagons. One man could close a canter lever door.  



 HC wagon.

 HW Wagon.



 H Crane Wagon.



 HJ Molasses Wagon.



 CH Wagon.

Loading Diagrams




 Wool Load   

Hay Load arrangement


Chaff Loading Arrangements

 The first train I worked out of Mackay at the 67 sugar season was 8 Up. The train ran 3 days a week from Mackay to Netherdale as the Branch Goods. During the sugar season it ran every day and was made up to a full load with cane, sugar or molasses wagons to fill orders up the track. At Marian we picked up a long string of H wagons from the sugar mill to fill cane orders. We changed at Mirani to return to Mackay on another train with a PB up front.  

8 Up was a popular train number around the state, various depots had a train with that number.


 Previously, I indicated I could be short on for open goods wagons when I compare numbers of covered wagons to open wagons shown in the annual rollingstock statements.  Recently I was able to pick up 3 H type wagon kits at “Buy & Sells”. One was a PGC HJ Kit, the others two were Ian Lindsay UHJ Kits. Both are still shown on the internet as being available. The Ian Lindsay costs $ 29.00 and requires bogies and decals. The PGC Kits costs $ 39.50 which includes etched brake lever, bogies, brass air hoses, and decals. Coupling are required for both kits. Both kits have two sides, two ends and a floor/underframe. That is were their similarly finishes. The height of the underframe/sides were different, bogie bolsters were different, one has inside detail, and the others did not.

I like to have my wagons at the correct height above rail so as to look the same as the prototype when mixed with other rollingstock , plus buffers need to be at the same level, and the coupling also need to be all the same level. Wagon heights can very from wagon to wagon within the same class, some wagons have new wheels, others have last turning, some are loaded, others are empty or lightly loaded, this could be four inches plus. As shown in the plans, the bogie type can also alter the height.  
 
 
The drill press with a milling bit go a work out. All were to be H wagons with open loads.

 


  Train 8 Up on Westgate with the three new H wagons in service.






This wagon has a front end loader/back hoe tractor. This is a GHQ # 61-010 pewter kit, the rear legs were modified to make the tractor fit into the wagon. The wheels are chocked to prevent the tractor from moving during travel. A tyre was inserted between the back hoe bucket and the wagon end for the same reason. If the tractor moves during travel this could damage the unit resulting in claims being made for repairs. Also, if the load moves this could make the wagon unstable and cause a derailment. The tractor was airbrushed with Tamiya X8 Lemon Yellow enamel. The lack of inside door detail is noticeable.   

 

 



These machines in wagons are often outside the loading gauge. A loading gauge was made from styrene to test clearances.
Not a lot of QR stations had loading gauges, high loads were often gauged using a locomotive cab or a QLX/ALY wagons.



 

This wagon has a tractor crane and ships tanks. About 12 months ago I saw the crane sitting on a farm near Taree when on holidays. A few photos were taken for “a someday” project.


 
  
 
The tractor was located in the scrap box without front wheels. The front wheels were also located in the scrap box. The crane jib was scaled out on graph paper to suit the tractor and made from styrene “Evergreen” strip. Like wise for the front frame. The unit was airbrushed with Humbrol # 47 “Sea Blue” gloss enamel. The ship tanks, I bet you are thinking old uncle Arty has lost his marbles. Back in the 70/80’s, Rural Fires would have them made and they would send them all over the state to assist with water storage for bush fires. Again, the crane and tanks are secured with timber to prevent movement during travel. After I finished the model of the tractor crane I was advised there was two similar units just down the road at Rocklea.  Mates ??? I guess that is the plus in hosting meetings and having others around to discuss things.

 

The final wagon is loading with farm machinery. The bailer is a Wiking model I picked up at an exhibition on sale. The stump jump and disc plough is scratch built using photos found on the internet. They were make from styrene, wire and Kadee coupling springs.  The stump jump plough was airbrushed with Tamiya X7 Red and the Disc plough painted with Humbrol # 47 gloss. Some parts were hand painted with black to finish the model. A few boxes of parts was added to the floor to finish the load. This wagon has inside door detail and adds to making it all look real.




The wagons were airbrushed with PGC “QGR Oxide”, below the solebar was hand painted black. On the prototype, some wagon the inside was painted the same as the outer sides, other it was just bare timber. There are many articles on how to achieve stained/weathered//bare timber, at the end of the day the model is viewed from a distance. For these I was looking for something quick and simple. I used Model Color # 70.988 Khaki (acrylic), and dry brushed some AK 723 Dust to add a little texture.


In trying to be too simple and quick to finish off the exterior of the wagon, being lazy I guess. I ended up with a poor finish. After applying the number decal I tried to dull the gloss lacquer finish by applying weathering pigments with a water wet brush, what a mess. A few days later I applied Dullcote with a brush, you guessed it, and most of the pigments came off.  The price one pays for taking short cuts, next time I have the compress out I will consider the usual method with the airbrush. Of late I have been trying Tamiya enamel instead of the Humbrol paints. It comes in a screw top glass bottle as opposed to the tin. Getting paint out of a tin is messy and I end up with paint on everything.   
     
















After finishing the wagon with the inside detail, there is a good chance at the May show I will try to purchase two wagon with the inside detail. The tractor loads have not been glued in. Then the two without inside detail will get a trapped or a full load.   Maybe a couple of wagons loaded with wool would be nice??

 

This wagon of timber has been on the layout for some time, it’s a Far North Hobbies kit with the larger wheels.

 
Trust you find the information helpful.     

 
 
   

Saturday, 23 December 2017

Merry Christmas and a Happy New Year.

Season greeting to all.

Wanko SWR


Wanko SWR

 
NSWR Network on the SWR is a single track main line with two stations with crossing loops.

 One station, “Winbin” is hidden and is used to store a train out of sight.  This station is at the bottom of a 1 in 50 grade to allow the QR network to go over the top.

 Wanko is the divisional headquarters of the NSWR network. The station yard is down one end of the layout with the sidings wrapping around both sides. The yard consists of the main line with a station platform, a dock platform suitable for connecting rail motor service. The crossing loop extends on both ends, the northern end extends to the grain terminal as Grain Road #1. The terminal has two sidings which includes a location for the company locomotive. It has a separate controller and can be used as a shunting puzzle to reverse the train. The silos are scratch built along with the weight bridge and inspection platform. The inspection platform was modelled off photos taken at Warwick.

 Beside the crossing loop is two sidings which also extend both ends, one siding runs into the grain terminal as Grain Road # 2 and is the loading road. Cross overs connect both roads. The other end become an industrial branch serving a “Shell” depot and a transport depot on one side. On the other side is a tranship siding with a cattle transfer race, a tranship shed, overhead travelling crane, and a loading bank for wheeled vehicles. The section of track beside the loop is used as a head shunt or a transfer road to get engines from one end to the other. The loop can be used for this traffic if required.

 The tranship road becomes the second road beside the loop and is used for “hold backs”. The grain terminal end of the siding becomes a loco road to store three locos.  A small coal stage is located on the siding, which was scratch built. Points on this end of the yard are operated by a Modratec lever frame using wire in the tube method.    

 The main station building is a kit with an added “out off” room on one end and a platform awning on the dock end. The shopping centre is a mix of kits and scratch build.  

 All track is Peco code 100, main line loop points are # 8, points leading to siding are # 6, and # 4 for sidings. If I was building a new layout the # 4 would be # 6’s. Main line points have Peco point motors, operated by push buttons on the control panel. Siding points are controlled by slide switches with wire in a tube. The DC system has two cabs allowing for main line running with the second cab for shunting in the yard.     

Up to seven trains can operate on the network. Two can be shunting trains for the tranship sidings, one running with the other in the sidings. Crossing Loops hold equal to about 45 x 4 wheeled wagons.

 Rollingstock can cover various eras, all steam, mix of steam and diesel, or a all diesel era. Various train sets operate on the network which includes a container train, steel train, grain train and general goods trains. Rollingstock available allows for changes to be made to each set from time to time. A selection of passenger cars allows for various passenger trains to be made up when needed. Rollingstock is a mix of RTR, kits and scratch build.

Currently an all steam era is running with loco 6026 hauling a goods train of 45 four wheels and a van. This is a set train and stows in the loop at Winbin. Loco 3313 in a highly polished state is working a rail motor passenger replacement service with two cars, this train stables in the dock. Loco 3813 is rostered on the express fruit train. This train is placed in the tranship shed after the departure of wagons from the crane. Loco 3649 is working the grain train. Extra grain wagons are in the hold back road which are cut in or out from time to time. Loco 5271 is the shunt engine and worked an extra goods train made up with wagons from the tranship road and other sidings. As much as possible, locos 3813, 3649 and 5271 work to and from the loco road.    


    Overview of Wanko. Shell depot and Transport Depot out of view bottom L/H Corner
 
Transport Depot, model from photos of the CRT depot at Acacia Ridge.
 


Shell depot is free lance to fit the location
 
 Tranship side bank for wheeled vehicles

 Travelling crane for Transhipping NSWR to QR


Transhipping shed modelled on Hospital Shed at Clapham
 
Cattle transfer race
 
Current roster of Locomotives on the NSWR
 
 
Loco Road
 
Grain Terminal
 
Overview of the Northern side of the yard.
 

Overview of Station and Town
 
Modratec Lever Frame for controlling points around the Grain Terminal

Tuesday, 5 December 2017

8 wheeled Timber Framed Wagons

UW Water Wagon
Scratch build using styrene
Caintode Flats Bogies

 SML Motor Vehicle Wagon
Scratch build using styrene
Caintode Flats Bogies
 

 SJ Molasses Wagon
Scratch build using styrene for the frame, Acrylic Rod for the tank.
Caintode Flats Bogies


SJ Molasses Wagon
Scratch build using styrene for the frame, Acrylic Rod for the tank.
Caintode Flats Bogies

UWP Weed Spray Wagon
Scratch build using styrene for the frame, Acrylic Rod for the tank.
Caintode Flats Bogies

U Weed Spray Wagon
Scratch build using styrene for the frame, Acrylic Rod for the tank.
Caintode Flats Bogies

U Weed Spray Wagon
Scratch build using styrene for the frame, Acrylic Rod for the tank.
Caintode Flats Bogies

C class Box Wagon
Scratch build using styrene
Caintode Flats Bogies
 
C class Camp Wagon
Scratch build using styrene
Caintode Flats Bogies

KKB Cattle Guards Van with Drover compartment.
PGC Kit.
 
CL Passenger Car
Scratch build using styrene
Far North Hobbies Bogies

BC Baggage Car
Scratch build using styrene
Caintode Flats Bogies


 

PH Platform Wagon
Scratch build using styrene
Caintode Flats Bogies

P Platform Wagon
Scratch build using styrene
Caintode Flats Bogies

SMS  Motor Vehicle Wagon
Scratch build using styrene
Caintode Flats Bogies
 
C class Box Wagon
Caintode Flats Kit

 SBC Bulk Cement Wagon
Scratch build using styrene
Caintode Flats Bogies

SML  Motor Vehicle Wagon
Scratch build using styrene
Caintode Flats Bogies

30' S Timber Wagon with Bond Wood Hut load.
Scratch build using styrene
Caintode Flats Bogies

26' S Timber Wagon with Bridge girder load.
Scratch build using styrene
Caintode Flats Bogies

26' S Timber Wagon with sawn timber load.
Scratch build using styrene
Caintode Flats Bogies

32' S Timber Wagon with log load.
Scratch build using styrene
Caintode Flats Bogies

SML  Motor Vehicle Wagon
Scratch build using styrene
Caintode Flats Bogies

SMS  Motor Vehicle Wagon
Scratch build using styrene
Caintode Flats Bogies

Scratch built coupler box and lead for platform wagons.


 

Friday, 17 November 2017

Static Grass


Static Grass
 

When visiting the Toowoomba Model Railway Exhibition back in June, I visited the Modellers Warehouse stand. Dave was selling static grass applicators and 2 packs of grass as a show special for $ 80.00. Static grass has been around for years, I’m just a little slow on the uptake. I guess the cost of the applicator to date had a bit to do with also. The Wacol CEO was with me and indicated he would go halves with me and we could share the device.
 

Some months later the purchase was still in the plastic bag sitting on the book case unopened. At the “Model Railways of a Day” a few weeks ago I attended Dave’s presentation on Static Grass, he made it look so simple. It was great to see the various steps demonstrated. A couple of weeks back I attended the Gold Coast Model Railway Show and had to confess to Dave that nothing had be done. In looking around the stand I purchased another packet of grass.
 

Currently I’m doing some alterations to the Wyandra area of the layout and there is a small block of land near the station that could do with some refreshing.  It’s time for me to learn a new skill and attempt applying static grass. The surrounding area not requiring grass was covered with newspaper before starting. With the instructions read and understood, it was time to start. Ground Up Scenery products were used. First the Oliver (3 mm) a dark green was applied, later in the day the Dead Grass (3mm) as added, and finally the Summer Blend (5 mm) was applied and let dry. The scenery director was called and the job passed with flying colours. The area is different to others grass lands near by which adds verity to the layout.


A new fence was added, a gate was scratch built for wire, a “Rail in Scale” bill board was cut down and shorten so it wouldn’t over power the area, and some finishing scenery effects was placed at various points. The grass looked that good a cow was added under the tree.
 

Yet again another new skill was learnt, what a great hobby.  I guess I put it off in fear that I would muck it up, when I should have been done long before I did. Seeing the demo at the convention also helped heaps.