Description

Terex Demag CC2200 2008 Technical Manual – Factory Specs You Can Trust

If you’re working on a Terex Demag CC2200 crawler crane and you don’t have the factory documentation, you’re gambling with time and safety. I’ve seen too many guys try to wing it on a superlift configuration and end up with a bent boom or a hydraulic leak because they used a generic spec from someone’s forum post. This Terex Demag CC2200 2008 Technical Manual is the original factory print – 1889 pages of the exact procedures Terex Demag engineers wrote for their own technicians. No aftermarket interpretation, no reprints. This is the document that tells you what torque to put on the A‑frame limit switches and how to diagnose an IC‑1 error code without frying the board.

Terex Demag CC2200 2008 Technical Manual: Rigging and Hydraulics

The manual opens with the full data sheet: working speeds, carrier performance, superlift configurations, and boom combinations. You’ll find the lifting capacities for the main boom (SH, SH/LH) starting on page 14 – those are the factory‑verified numbers, not some third‑party approximation. The rigging combinations section breaks down every configuration: HA, SH, LH, SSL, LSL, HI, and LF‑2 variants. Each one includes dimension and weight tables, pendant bar lengths, and stay bar diagrams. If you’re setting up a luffing fly jib, the working ranges start on page 38. That kind of detail saves a job.

Hydraulic system coverage runs from pumps and circuits to checkpoint locations on the superstructure. The hydraulic diagrams are split into superstructure, undercarrier, and SLGW subsystems. There’s even a section on the Trimot function – a lot of techs forget that one until the crane won’t steer. I’ve used these diagrams to trace a pressure drop on a CC2200 in under an hour. Without them you’d be swapping pumps blindly.

Does the Manual Cover the IC‑1 Control System?

Yes – and it’s not an overview. The manual includes the full “Technical Manual IC‑1 CC 2200” chapter, which is a standalone document inside the file. It starts with hardware overview (DLoG console, iFlex5 components, expansion board), then dives into visualisation: the MOT screen masks, LLD screen, system settings, and every function button. The iFlex5 housing characteristics and system plug definitions are all in section 3.0.2. If your CC2200 throws a Demag error code or an SLI error code, the lookup tables are right there. No need to call the dealer or guess which sensor is lying.

Hydraulic Checkpoints and Diagrams

One thing that separates this manual from aftermarket junk is the “Hydraulic – Checkpoints on the Superstructurer” section. It tells you exactly which port to test, at what pressure, and under what load. The hydraulic diagrams are actual OEM schematics – not redrawn by some illustrator who never held a wrench. You get the hydraulic superstructure on two pages, the undercarrier, and the SLGW. The Trimot function diagram is especially helpful when you’re troubleshooting the crane’s travel and steering circuits.

3 Reasons to Choose OEM Documentation

First, torque specifications. Aftermarket manuals often round up or use generic values – the OEM manual gives you the exact numbers for the A‑frame, boom footpiece, and counterweight mounting. Second, error codes. The Demag error code table and SLI error code table are printed from the factory database. Third, wiring and sensor locations. The “Fitting – Location” and “Input – Output Limit Switches” sections show you where every switch and sensor lives on the actual machine. That saves hours of chasing wires.

Get the Right Torque Specs for the Superlift

Working on the superlift stay bars or the pendant bars WU? The torque values for the stay bars are listed in the “Stay bars Superlift” subsection – five pages of bolt patterns, preloads, and tightening sequences. If you skip the sequence, you risk uneven load distribution and component fatigue. The combination HI LF‑2 section has four pages dedicated to that setup. I’ve seen techs skip the step on the SL‑Tray lifting cylinder and wreck a $50k component. Don’t be that guy.

Who Needs This Manual?

Heavy‑equipment owners, crane operators, and shop technicians who maintain crawler cranes. If you’re a DIYer working on a multi‑ton machine, this is your safety net. Beginners can follow the erection procedures for boom systems – the manual walks through each configuration (SH, SSL, SW, etc.) with step‑by‑step text and diagrams. Professionals will use it for the IC‑1 troubleshooting and error code references. Either way, you get the same document Terex Demag issued to their field service reps.

For a bigger crane, check out Terex Demag CC4800 2011 Technical Manual – Official Specs. If you need specs on a truck crane, the Terex Demag AC 155 Technical Manual – Factory Specs & Dimensions covers that platform. For a compact reference, the Terex Demag Standard Crane Technical Manual – 160 Pages of Factory Specs is a solid companion.

The crane’s drivetrain uses a Manual Transmission system – understanding its maintenance is critical. If you need to overhaul the transmission, the Manual Transmission section in this manual gives you the gear ratios and assembly procedure.

How many pages does this manual have?

1889 pages.

Does it cover the Demag IC‑1 control system and error codes?

Yes, there is a dedicated section “Technical Manual IC‑1 CC 2200” that covers hardware, visualization, MOT screen masks, LLD screen, and both Demag error codes and SLI error codes. It includes the iFlex5 component design, system plug definitions, and connection diagrams. If your CC2200 throws an error code, you can look it up directly and avoid guessing which sensor failed.

Access the Factory Manual now and keep it on your workbench or tablet. You will not find a more accurate reference for the CC2200.