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What is the Rated load value for Toyota Material Handling 40-8FGCU30 Core IC Cushion?
6000 lb
The cited OEM source lists Rated load for Toyota Material Handling 40-8FGCU30 Core IC Cushion as 6000 lb.
SOURCED MODEL TECHNICAL DATA
Toyota Material Handling 40-8FGCU30 Core IC Cushion Technical Specs, Power/Torque & Measurements
Toyota Material Handling 40-8FGCU30 Core IC Cushion — Rated load: 6000 lb · Load center: 24 in · Lift speed no load: 104 fpm Sources, symptoms, measurements and verification on one page.
Quick answers
What is the Load center value for Toyota Material Handling 40-8FGCU30 Core IC Cushion?
24 in
The cited OEM source lists Load center for Toyota Material Handling 40-8FGCU30 Core IC Cushion as 24 in.
What is the Lift speed no load value for Toyota Material Handling 40-8FGCU30 Core IC Cushion?
104 fpm
The cited OEM source lists Lift speed no load for Toyota Material Handling 40-8FGCU30 Core IC Cushion as 104 fpm.
What is the Lift speed full load value for Toyota Material Handling 40-8FGCU30 Core IC Cushion?
98 fpm
The cited OEM source lists Lift speed full load for Toyota Material Handling 40-8FGCU30 Core IC Cushion as 98 fpm.
What is the Wheelbase value for Toyota Material Handling 40-8FGCU30 Core IC Cushion?
58.5 in
The cited OEM source lists Wheelbase for Toyota Material Handling 40-8FGCU30 Core IC Cushion as 58.5 in.
What is the Maximum gradeability value for Toyota Material Handling 40-8FGCU30 Core IC Cushion?
24 %
The cited OEM source lists Maximum gradeability for Toyota Material Handling 40-8FGCU30 Core IC Cushion as 24 %.
Quick technical specification
Rated load
6000 lb
Load center
24 in
Lift speed no load
104 fpm
Lift speed full load
98 fpm
Wheelbase
58.5 in
Maximum gradeability
24 %
Expected values / measurement references
Rated load
6000 lb
Load center
24 in
Lift speed no load
104 fpm
Lift speed full load
98 fpm
Wheelbase
58.5 in
Maximum gradeability
24 %
Model-specific OEM reference checks
40-8FGCU30 Core IC Cushion: published Rated load reference is 6000 lb. Measurements on the same variant/year scope should use this value as the reference.
40-8FGCU30 Core IC Cushion: published Load center reference is 24 in. Measurements on the same variant/year scope should use this value as the reference.
40-8FGCU30 Core IC Cushion: published Lift speed no load reference is 104 fpm. Measurements on the same variant/year scope should use this value as the reference.
40-8FGCU30 Core IC Cushion: published Lift speed full load reference is 98 fpm. Measurements on the same variant/year scope should use this value as the reference.
40-8FGCU30 Core IC Cushion: published Wheelbase reference is 58.5 in. Measurements on the same variant/year scope should use this value as the reference.
40-8FGCU30 Core IC Cushion: published Maximum gradeability reference is 24 %. Measurements on the same variant/year scope should use this value as the reference.
Diagnostic entry symptoms
Slow lifting under load
Lift or tilt function cuts out
Loss of traction power
Function inhibited by SAS/OPSS
Measurement and test approach
Measure main hydraulic pressure at the test port against the manufacturer limit.
Measure pump flow under load and compare it with cylinder cycle time.
Measure battery/supply voltage drop separately under lift and traction load.
Root-cause discrimination
Separate pump, relief, valve and cylinder internal leakage using pressure, flow and cycle-time together.
Separate a safety-interlock inhibit from a genuine hydraulic or traction fault.
DTC / SPN / FMI context
Record controller event codes, SAS/OPSS interlock state and related sensor inputs during the same event.
Post-repair verification
At rated load, lift/lower, tilt and traction functions must operate continuously and the event must not return.
Electrical and network
Power system, traction/engine controller, hydraulic controller and SAS/OPSS safety inputs are evaluated together.
Sensors, actuators and observation points
40-8FGCU30 Core IC Cushion: Lift/tilt command and valve current.
40-8FGCU30 Core IC Cushion: Hydraulic pressure and pump flow.
40-8FGCU30 Core IC Cushion: Drive-motor/engine speed and load.
40-8FGCU30 Core IC Cushion: Seat/OPSS/SAS safety inputs.
OEM primary sources
Continue with related models and classes
Technical data centers
Evidence boundary
Only exact values published by the cited source are shown numerically. Pins, torque, pressure, resistance or service thresholds not publicly published are not invented; use the VIN/model-year/calibration-matched OEM service procedure.
Sources & freshness
Sources & freshness
Exact technical values, prices and failure rates are not invented without verified vehicle/manufacturer evidence.