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A.
Power Module
consists of a piston and rod that generate the force required to lift
and balance specified load.
B.
Travel Module
consists of a series of sheaves, (pulleys). Cable is reeved back and
forth between sheaves. Travel Module defines the travel.
Example: 8 Sheaves would be 8:1 Ratio. 4 Sheaves would be 4:1 Ratio.
Power and Travel Module work in line with each other.
Please contact
Tri-Motion for applications assistance for your Modular Ratio Unit requirements.
MODULAR RATIO UNITS
MODULAR RATIO UNITS:
Select when space requirements are limited.
Consists of Power Module (provides force)
and Travel Module (pulley system of weaved cable)
300 LBS is capacity of Power Module
RATIO WILL DECREASE 300 LBS CAPACITY TO:
MHO3/4 80 LBS
MHO3/6 60 LBS
MHO3/8 40 LBS
1200 LBS is capacity of Power Module
RATIO WILL DECREASE 1200 LBS CAPACITY TO:
MH12/4 300 LBS
MH12/6 200 LBS
MH12/8 150 LBS
Ratio defines capacity and overall dimensions:
Example:
MH12/6-4-B
1200 LBS, 6:1 RATIO, 4' TRAVEL
To figure capacity of Modular Ratio Unit:
Divide ration "6" into 1200 LBS capacity, this equals 200 LBS
1200 / 6 = 200
To figure dimensions of unit:
Convert Travel (4') to inches (48") and divide by ratio "6"
This gives the Stroke which equals 8"
4 x 12 = 48
48 / 6 = 8
Stroke must be multiplied by 2 (16") then "U" (14.37") must be added in.
This gives the overall length which is 30.37"
16 + 14.37 = 30.37
Please contact
Tri-Motion for applications assistance for your Modular Ratio Unit requirements. |
