Diesel Tube Bundle Extractor

JCD65T Diesel Tube Bundle Extractor

A higher-capacity diesel configuration focused on nine- and twelve-metre bundle work.

JCD65T addresses jobs where bundle support and lifting coordination become central to equipment selection. The reference range moves into larger diameters while retaining two regular working lengths.

JCD65T Diesel Tube Bundle Extractor
JCD65T DIESEL TUBE BUNDLE EXTRACTOR
Technical Data

JCD65T Technical Specifications

Reference Data

JCD65T

Long-bundle reference options in the 65T class. Frame selection and the project lifting arrangement remain part of configuration review.

Model / VariantJCD65T
Regular Tube Bundle Length (mm)9000/12000
Reference Tube Bundle Diameter (mm)2000/2200/2500
Maximum Pulling Force (T)65
Maximum Bundle Load (T)65
Dead Load (T)Varies with hanging frame
Overall Dimensions (mm)11760/14370 × 1500 × 2360
Power (kW)36.5

Total Power applies to the listed reference configuration. Confirm the required configuration with our technical team.

About JCD65T

Treat bundle support as part of the extraction decision.

As the assembly grows heavier, the job involves more than drawing it out of the shell. The receiving position, suspended equipment and planned bundle travel need to be considered together. JCD65T provides a reference class for this larger maintenance scope.

Start the review with the actual bundle mass and centre-of-gravity information available for the job. Then check how the selected frame and machine fit the lifting plan and how the assembly will be supported during removal and reinstallation.

The matrix lists maximum load and machine dead load separately. The hanging-frame-dependent equipment weight must be considered separately in the lifting plan.
JCD65T lists a higher force and load class, nine- and twelve-metre lengths, and a larger upper diameter reference. The six-metre option shown for JCD45T is not listed here.
No. The proposed configuration also depends on geometry, extraction conditions, support and the space available at the exchanger.