Monthly Archives: July 2016

What was once is here again: 8866 + 88785

The ‘pre-production’ 1962 BR V 160 “Lollo” was released as Marklin 8866 in 1990-1994, here it is again as 88785 with the recent release. Class 160 was an important locomotive development in Germany thereby creating a successor to steam unmatched by other locos at the time. Germany’s new classification of 1968 renamed it BR 216, by then it had also undergone a transformation which will be presented in other posts.

_DSF9612

from top:

8866- German Federal Railroad (DB) BR V 160 pre-production general use diesel locomotive. Operating number V 160 003. Build date: 1990-1994.

88785- German Federal Railroad (DB) BR V 160 pre-production general use diesel locomotive. Operating number V 160 005. Build date: current catalog.

Variations in the Marklin models are subtle:  Paint maybe a little brighter (?) on 88785, door numbering is smaller on 88785, frame no longer says ‘Made in West Germany’, electrical equipment insignia has been removed from side panels on 88785, door latches painted on 88785, bright silver grills on 88785, different operating numbers, wheels darkened on 88785, and 5 pole motor is standard with 88785.

 

Siding 1: 8866 can be easily upgraded with 5 pole motor #E211903.

Siding 2: All variations of V160, BR 216 and BR 218 have always used LED’s thus warm white and red lamps that change over with direction.

Marklin: Maintenance of Way

Marklin’s ‘maintenance of way’ rolling stock and locos is an ever expanding area of collecting including regular releases and limited ones. The daily respect and observance of track, roadbed and signals is an experience we have in common at least keeping track clean for good electrical contact. Railroads around the world perform various levels of maintenance some more than others. Incorporating some of these interesting locos and rolling stock in a layout further represents what railroading is all about, maintenance is key to everything running smoothly in scale or prototypical operation.  This is a very interesting topic for collectors and a number of manufacturers produce some great items including Railex and FR. Check out their sections on this blog. And definitely take a look at FR’s website which seems to include several examples of MOW vehicles from SJ and SBB including a snowplow loco coming up!

_DSF9607

  1. 87741- German Federal Railways (DB) type ‘fast measurement’ coach lettered “Messwagen Versuchsanstalt Minden”. Limited European release.

_DSF9603

2. 8657.H.F.WIEBE- ‘MSI’ (Marklin Special Imprint) type Krupp-Ardelt crane car and low sided flat car with boom rest lettered for H.F.WIEBE. Car set originally sold with train set 81782 in a limited number of 500. Produced for Conrad Electronic.                                                                      3. 8657.3- German Federal Railroad (DB) Era IV type Krupp-Ardelt crane car and low sided car in yellow with boom rest (Version #3) produced 1991-2008. *two versions proceeded this version with color variations                                                                                                                         4.86571- German Federal Railroad (DB) Era III type Krupp-Ardelt crane car and low sided car with boom rest.

*Note: a single type Krupp-Ardelt crane car with boom rest was released as 8621 in three blue color versions, it was produced 1986 – 1987. All crane cars have working crane, pivoting boom, and swivel cabin.

 

 

Next generation of mini-club box?

_DSF9646

I just received the latest BR 212 diesel locomotive, it arrived with a brand new box design. Is this the start of a new box for mini-club? Going from the previous black to predominately white box with new graphics is a nice departure from the former. This will be the fourth generation of mini-club box since 1972 with the ‘wood grain’ design fold-out display box followed in due course by the brown photo illustrated box that was out for many years. The third of course is the black box roughly corresponding to the transition to 5 pole motors, roughly corresponding because the first loco with a 5 pole was the newly tooled DB class 143 released in the characteristic brown box,  it would be a year or two before the black box arrived but close enough to signal the new direction for mini-club. Now a new box coming at a time with the advent of new motors, enhanced retooling of locos including increased detail and action of steam loco side rods, and of course the many newly designed locos and rolling stock ! An infusion of excitement is unfolding and the new box maybe signalling a new future for mini-club!

Featured: Marklin Z 88216

 

Coreless motors in Z: Should Marklin move to this new technology?

Coreless motors have taken ‘Z’ by storm. The successful use of these new propulsion systems are used in locos designed for them. A few conversions are now available for Marklin F7’s for a price, but successful conversions of these motors in traditional Marklin Z frames will be for another discussion. Locos designed for coreless motors come from the workbench of Harald Freudenreich at FR, Harald has very successfully created beautifully tooled locos using coreless motors for a number of years now. Characteristics of coreless motors are very good propulsion at low speeds and completely quiet with added weight to assist with better movement on the tracks as well as pulling power. Marklin has gotten into the act offering some new locos with coreless motors, but these have not made it to general release yet. A few questions arise concerning Marklin’s foray into this new technology, and if they should incorporate them into Z trains. At the heart of the question is an already very successful history with their 3 pole and now 5 pole motors that have proven themselves for 40 plus years. I like the hum and glow of Marklin mini-club motors, but the design perfection of Marklin mini-club is furthered by the ease with which most can be maintained, that could get lost with this new technology.

I will close with that old adage: “If it isn’t broken why fix it?”

 

 

Upgrading 8856 to 5 Pole Motor

Just a few notes and highlights about upgrading the motor for 8856 ‘Krokodil’. The 5 pole motor is currently available from mostly German dealers on Ebay, it is part number E211904. There are a couple of pitfalls and things to be aware of before you decide to make the repair. First is the rather awkward nature of the design of this loco, it uses a very small circuit board which thereby requires six wires to be soldered from it to the articulated frames, being that there is little room under the hood and the wires maybe 30 years old resoldering some maybe required!

Getting started: After the cabin and hoods are removed the circuit board is unscrewed (2 screws) and the pins removed from the wheel frames. BIG NOTE: 2 rubber washers are located between circuit board and motor frame, be careful not to lose these tiny parts after unscrewing circuit board! Motor frame is thus free from the loco and motor can be easily replaced with the new one, but first the new motor needs to be prepped; bend capacitor so that it is level with rest of motor (it is delivered with the capacitor bent upwards), the capacitor will rest under circuit board and above worm drive (this makes sense when you see it). Use great care putting the center frame back in place, the objective is to not break any wires. Don’t forget to put those rubber washers back in place. Wa lah!!!

Enjoy a much quieter “Krok”!!!!

Marklin 5 Pole Motors

Marklin 5 pole motors have been around for awhile, they were introduced in 1999 with the release of the DB class 143 loco #88431. The 88431 release made no mention of this new motor, but it was soon found out and happily too! The 5 pole has been the standard motor for all locos since, but it is important to mention the 3 pole was a record setter and powerhouse. Marklin makes available 5 pole motors for older locos, should the conversion be made? Brushes have become hard to come by for 3 poles which helps to sway the decision for converting to 5 pole, and your loco with the 5 pole will be more responsive at slow idling and quieter. The price of 5 pole motors varies greatly and availability has become less and less; Walthers lists several motor types as ‘sold out.’ Ebay is a good source when your dealer cannot provide them.

The following is a picture guide of five mini-club motors I use:

_DSF9601  E211903 is installed in most Marklin Z locos by far (SBB 460’s, American F7’s, VT 11.5’s and more), it features two standard gears at opposite ends of the armature.

_DSF9599 E209452 features worm gear both sides, it is used in all railbuses. Note: motor sold without brushes. This is the only Marklin Z 5 pole motor produced in Germany all others are China.

_DSF9600 E211914 features gear on one side, it is used for one purpose: replaces 3 pole motor in 8998 turntable. *See my blog on making this repair. Note: 5 pole motor is available for 8994 transfer table.

_DSF9598 E211904 features worm drive gearing on both ends, it used in 8856 and 8852 ‘Krokodil’s’.

_DSF9597 E211905 features worm drive gearing on both ends, it is used in BR 144’s such as 8825.

Siding 1: The very successful class 143 electric loco was developed in East Germany as class 243. Marklin’s interpretation of the prototype includes the DR version as well as DB versions with LED’s and superb detailing. The current 88435 is one such example of a privately owned class 143 lettered for RBH Logistics GmgH.

Siding 2: Before installing a new 5 pole motor run it in both directions to break-in brushes. A common reason locos don’t run after 5 pole motor installation is likely due to circuit board whiskers not making contact with capacitor.

Marklin 8873: Tales of HOS!?!?!?

I just received the original Marklin TEE VT 11.5 train set 8873 and matching coach set 8793 from a dealer’s old inventory. For a train set that has been stored for almost 20 years and probably on its side I expected HOS (hardened oil syndrome), I wasn’t disappointed! Not only did the trucks not move freely, but the loco shells were cemented onto the chassis. With gentle nudging on each side of the shell I was able to eventually work them free, but the window glazings came too! Typically HOS is evidenced by an opaque tan clay like substance from the oil drying out, but this time it was an all over clear residue that even leaked onto the outer chassis thereby gluing the window glazing tight to it. The motors were even glued to the chassis frame thus began the repair and restoration work that started with soaking all unpainted surfaces in a mild solvent otherwise known to this blog as ‘Original’ Windex (blue) followed by the pain staking process of using no scratch toothpicks to gently loosen the rough crust of old dried up oil. Usually bringing back an old Marklin Z loco is straight forward and easy, but this time was very unusual due in part to too much of the wrong oil used and then long term storage on its side. Patience is expressly stated for the best results and lots of toothpicks. After moving points are cleaned up use new Labelle oil (viscosity for Z only) sparingly and enjoy the fruits of your labors. Window glazing was reattached using 5 minute epoxy. *Use only 5 minute epoxy when reattaching plastic parts, it is the only glue for tough durable repairs that don’t damage plastic. ****Avoid plastic cements like Faller ‘Expert’, they will melt your loco and coaches.*****************

Siding 1: The shells of both end units on all VT 11.5’s and versions should easily slide off using gently pressure with a small screwdriver placed in the car end located in the coupling hole (*remember to remove coupler before attempting to remove shell) if it is sluggish work both sides with very gentle pressure to avoid cracking or marking shell housing.

Siding 2: 8873 greatly benefits from upgrading the original 3 pole motor to the new E211903 5 pole motor. Because each end unit is powered this train set will require 2 motors with an approximate cost of $100 total, but you can sell the old motors on Ebay for $20 each.

Siding 3: Store your Marklin Z locos on their wheels otherwise the oil will pool inside the loco and not out the bottom. This is an important rule for long term storage.