Henschel E 1200

Updated: August 2026 – Not every locomotive belongs to a state railway. A considerable share of Germany’s vehicle stock ran, and still runs, for industrial businesses – named not by class numbers, but by manufacturer’s types. The Henschel E 1200 is one such vehicle: an electric locomotive from the industrial programme of the Kassel locomotive works. This page explains what the type code tells you and how to place such vehicles in the field.

What is the Henschel E 1200?

The Henschel E 1200 is an electric locomotive from the industrial-locomotive programme of the manufacturer Henschel in Kassel. Vehicles of this kind were built for works, steelworks and private siding railways – that is, for businesses with their own track network, their own overhead line and a clearly defined, always identical task. This layer is looked after today by service providers such as AnschlussBahnProfis, who organise railway operations behind the works gate.

Unlike state-railway vehicles, what comes first isn’t a class, but a manufacturer’s type designation. It describes the design, not membership of an operating fleet. That’s why the same type can turn up at several operators in different configurations, liveries and operating numbers.

Reading the Henschel type code

The system behind Henschel’s industrial locomotives is pleasingly consistent: the letter or letters stand for the drive type, the number for the output class in PS. Additional letters at the end often describe the running gear.

Code	Meaning	Example type
E	Electric power transmission from the overhead line	Henschel E 1200
DH	Diesel-hydraulic power transmission	Henschel DH 500 Ca
DHG	Diesel-hydraulic with cardan-shaft drive	Henschel DHG 1200 BB
DE	Diesel-electric power transmission	Henschel DE 500 C
B / C / BB	Number and arrangement of axles in the running gear	B = two, C = three, BB = two two-axle groups

That lets you roughly translate any type designation before you even open a data sheet. Comparing it with the similarly named Henschel DHG 1200 BB shows the principle: same output class, entirely different drive type – and, accordingly, a different UIC type code.

Type code 97 versus 98: the crucial dividing line

The twelve-digit UIC vehicle number begins with two digits that state the vehicle type. Two values are relevant for shunting and works vehicles:

• 97 – electric shunting and service locomotive. Needs an overhead line or conductor rail.
• 98 – diesel shunting and light locomotive. Works independently of any power supply in the track.

That’s exactly where the practical operational difference lies. An electric works locomotive is tied to its wired network and therefore has the advantage wherever exhaust fumes are a problem or the route is fixed. But as soon as private sidings, loading roads or workshop approaches without overhead line are added, the operation needs diesel vehicles as well – from a family such as the Henschel DE 500 C. How the type digit sits within the full vehicle number is explained in the guide to reading the UIC number.

How to identify an electric works locomotive in the field

How to work your way through completely unfamiliar vehicles step by step is described in the guide to identifying locomotive classes.

Why keeper and location details go out of date so quickly

Industrial locomotives don’t follow a timetable, they follow their business’s economic situation. They get sold along with a works, hired out to service providers, laid up during restructuring, or taken over by collectors. A vehicle that stood at the same loading point for years can be hundreds of kilometres away within weeks of the operation closing.

For documentation, that means:

• A date is mandatory. Without a date, a location statement is worthless.
• Works number beats operating number. Operating numbers get reassigned, works numbers don’t.
• Photograph the livery too. It reveals the keeper at the time of the sighting – and changes with them.
• Don’t copy from lists. Inventory lists for industrial vehicles online are often years old.

How to record such details in a structured, evaluable way, rather than losing them in a flood of pictures, is shown in the guide to the sighting log.

Identifying industrial vehicles without guessing

With works locomotives, the aids you know from the public network are missing. There’s no timetable, no diagrams, and often no publicly available vehicle list either. That makes a firm method all the more important.

This order has proven itself in practice: first establish the drive type via roof and bonnets. Then determine the axle count and running-gear type – two axles in a rigid frame, three axles in a rigid frame, or two bogies. Then look for the manufacturer’s plate and, if present, note the twelve-digit vehicle number. Only after that is it worth trying to assign a manufacturer’s type.

That last step is deliberately last, because industrial locomotives were often adapted to customer requirements. Two machines of the same basic type can have different cab shapes, bonnet lengths, buffers or shunter’s steps. Identifying by outward shape alone quickly leads astray – the plate decides.

And one more point belongs to honesty: for many industrial types, there’s simply no reliable public data. Production numbers, build years or output figures circulating online often come from copied lists with no source. If you can’t verify such figures, it’s better to leave them out – a cleanly dated sighting with a photo is worth more than an uncertain number.

Common mix-ups

The distinction from state-railway-owned electric shunting locomotives is easy: vehicles such as the Class E 63 carry a class number and come from a railway administration’s procurement programme, while industrial locomotives are identified via type and works number.

Verdict

The Henschel E 1200 stands for a part of the vehicle world many spotters underestimate: the industrial and works locomotive. Here, the manufacturer’s type replaces the class, the manufacturer’s plate replaces the vehicle number, and the operational site replaces the station. Whoever can read the type code, and knows that 97 marks the electric and 98 the diesel-powered shunting locomotive, can reliably place unfamiliar works vehicles too – and document them so the details are still useful in five years.