Product Manual
18
Air Chain
Hoists
866-207-6923
Example: ML500KR-2R10R6U
M L 500K R - 2 R 10 - R 6 U
Series
M = Series
H = Series
Suspension
A = Fixed lug
B = Bullard hook (self closing)
R = Bronze snap hook
C = Swivel top hook
CP = Copper-plated top hook
DA
(3)
= Plain rigid trolley
(universal wheels “A” flange)
DD
(3)
= Plain rigid trolley
(universal wheels “D” flange)
FXXA
(2)(3)
= Hand geared trolley
(universal wheels “A” flange)
FXXD
(2)(3)
= Hand geared trolley
(universal wheels “D” flange)
HA
(3)
= Vane mtr. powered trolley
(universal wheels “A” flange)
HD
(3)
= Vane mtr. powered trolley
(universal wheels “D” flange)
Capacity
250K = 250 kg = 550 lb
500K = 500 kg = 1,100 lb
1000K = 1,000 kg = 2,200 lb
1500K = 1,500 kg = 3,300 lb
2000K = 2,000 kg = 4,400 lb
3000K = 3,000 kg = 6,600 lb
4500K = 4,500 kg = 10,000 lb
6000K = 6,000 kg = 13,200 lb
Lower hook
C = Steel snap hook
CP = Copper-plated lower hook
R = Bronze snap hook
B = Bullard self-closing hook
HOW TO ORDER
Specify hoist by complete model number code as illustrated below. If a trolley is required, specify beam size, type and flange width.
Specify accessories separately by part number. Note that 0 is a number, not a letter, in model part numbers.
Link chain
type
Spark-resistant
R = Add for spark-resistant
(0.25, 0.50 t MLKR and 1
t HLKR)
S = Add for slow speed spotting
(0.25, 0.50, 1 t MLKS)
Control
0 = No controls
1 = Pull chain
2 = Pendent
3 = 2 Motor
pendent
(1)
4 = 3 Motor
pendent
(1)
Li ()
10 = 10
(standard)
XX = Specify
length
Length of pull/chain or
pendent control hose ()
6 = 10 (standard)
XX = Specify length
NOTE:
(1) Required with “H” suspension.
(2) XX = specify hand chain length if other than standard
“08” (8 ) required.
(3) For solid bronze wheels on non-spark resistant models,
add “R” to the end of the trolley suspension code. (See
pages 20 and 21 for price.)
Options
CR = Copper-plated bottom block
M = Manual brake release kit
P = Piped away exhaust
S = Steel chain container
U = Fabric chain container
MLK and HLK Series
0.25 to 6 metric ton liing capacities