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[ LOG_125E ]
LOG_REPORT // 2026.03.12

Log 1250 E: Zero-Emission Heavy Duty Architecture

OPTIMAL
2026.03.12
LOG_125E
[ LOCATION ]
LEIMBACH_R&D
[ DATE ]
2026.03.12
[ SYS_TIME ]
14:05:22
[ STATUS ]
OPTIMAL
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14:05:22|[ OPTIMAL ]
[ #1 ]
DRIVE_INIT: Dual 250 kW induction sequence stabilized.
14:12:00|[ OPTIMAL ]
[ #2 ]
SEPARATION: Integrated magnetic drum active. No belt wear detected.
14:28:45|[ OPTIMAL ]
[ #3 ]
THROUGHPUT_SYNC: 30 t/h scrap processing sustained on grid power.

Tactical Fact Sheet

>Location anchor: LEIMBACH_R&D
>Operational code: LOG_125E
>Telemetry window: 14:05:22
>Event count: 3
>Diagnostic channels: 3
Electric Power
500kW
nominal
STD 95.8300% LOAD IN SPEC
Machine Weight
40t
nominal
STD 51.2700% LOAD IN SPEC
Diesel Consumption
0L/h
nominal
STD 72.7700% LOAD IN SPEC
ROI_ENGINE // PER_SHIFT
FISCAL_SHIELD_CAPITAL: 2,098.00 EUR

Landfill fee €25/t, fuel consumption 0.27 l/t, and wear factor 0.85 are locked into the shift model.

FIELD_SUMMARY

Technical assessment of the 1250 E fully electric heavy-duty shredder. The architecture utilizes dual 250 kW asynchronous motors to deliver diesel-equivalent torque from a three-phase power grid, optimized for urban environments.

TECHNICAL_ANALYSIS

ELECTRIC DRIVE ENVELOPE

The 1250 E replaces the traditional CAT C13 diesel power unit with dual asynchronous electric motors generating 500 kW. This configuration eliminates local emissions and slip losses, increasing runtime efficiency by up to 20% compared to equivalent diesel outputs.

REINFORCED SEPARATION

Instead of a standard overband magnet, the 1250 E incorporates a massively reinforced integrated magnetic drum. This engineering pivot removes wear-prone rubber belts from the heavy scrap processing chain, directly reducing unscheduled downtime.

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