www.jbj.co.uk/mechanical-power-conversion.html Hydraulic Power Take-Off Units HP300 Series 12 #DriveLineHarmony 74.68 (2.94) 237.49 (9.35) 438.15 (17.252) 542.9 (21.374) 388.11 (15.28) 238.13 (9.375) 455.42 (17.93) 806.96 (31.77) 862.58 (33.96) 264.67 (10.42) Dimensions are in mm (inches) S Dimension mm (in) 2400 RPM Max. Load kgs (lbs) 2100 RPM Max. Load kgs (lbs) 1800 RPM Max. Load kgs (lbs) 1500 RPM Max. Load kgs (lbs) 127.0 (5.0) 4155 (09160) 4332 (9550) 4536 (10000) 4808 (10600) 152.4 (6.0) 4672 (10300) 4876 (10750) 5103 (11250) 5398 (11900) 177.8 (7.0) 5352 (11800) 5557 (12250) 5806 (12800) 6169 (13600) 203.2 (8.0) 5806 (12800) 6033 (13300) 6305 (13900) 6668 (14700) 228.6 (9.0) 5058 (11150) 5262 (11600) 5511 (12150) 5806 (12800) 254.0 (10.0) 4491 (9900) 4672 (10300) 4876 (10750) 5148 (11350) The following general formula should be used for determining the actual applied load: L = actual applied load kgs (lbs) N = shaft speed (rpm) D = pitch diameter mm (in) of pulley, etc. F = load factor 1.0 for chain or gear drive, 1.5 for timing belts, 2.5 for all v belts, 3.5 for flat belts LF = 2.1 for reciprocating compressors and other severe shock drives and 1.8 for large inertia type drives (i.e. crushers, chippers, planers, etc.) Compound Drives and Power Engaged Power Take-Off applications must have written factory review. (metric) L = x F x LF 1945010 x kW N x D (imperial) L = x F x LF 126,000 x HP N x D S Centreline of side load
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