Type "DM" 3 Phase AC Solenoid Magnetic Drum Brake Spring applied / Electrically Released

DM METRIC Brake Model Data BRAKE MODEL  DRUM DIA. "D" MAGNET SIZE TORQUE Cont. TORQUE Int. WEIGHT   mm   Nm Nm kg DM160-AM01-9 160 AM01-9 44 59 32 DM200-AM2-12 DM200-AM3-12 200 AM2-12 AM3-12 88 147 147 255 34 47 DM250-AM2-12 DM250-AM3-12 250 AM2-12 AM3-12 108 186 182 323 41 44 DM315-AM3-12 DM315-AM4-12 DM315-AM5-12 315 AM3-12 AM4-18 AM5-18 226 432 608 402 677 -- 90 110 119 DM400-AM4-18 DM400-AM5-18 400 AM4-18 AM5-18 520 795 863 1285 219 220 DM500-AM4-18 DM500-AM5-18 DM500-AM7-22 500 AM4-18 AM5-18 AM7-22 579 863 2160 1069 1609 3630 245 266 416

Type GDM -AM, 3 Phase Magnet Brakes Brake Size This must be selected to give required braking torque and also be suitable to dissipate heat generated during braking operations without over heating. Brake Torque This is often negated to drive motor torque by an arbitrary service factor, typically 100% full load torque for crane travel and similar inertial loads which tend to be self-stopping or 150% for crane hoist and other overhauling loads. Continuous Rating Coils operate at class 'B' temperature while contiguously energized. Intermittent Rating Short time rated for up to 120 operations per hour max. 5 min. in 15 min. (33% on). Flameproof Magnet (Hazardous Locations) Some magnet sizes available with flameproof enclosures (Type AF) to BS229 for Group I,II, & III. Allow +40% weight for AF type, please contact us.

DM Imperial Brake Model Data BRAKE MODEL  DRUM DIA. "D" MAGNET SIZE TORQUE Cont. TORQUE Int. WEIGHT   in   Lb.ft. Lb.ft. lb DM6-AM01-9 6 AM01-9 33 43 71 DM8-AM2-12 DM8-AM3-12 8 AM2-12 AM3-12 65 108 108 188 93 101 DM10-AM2-12 DM10-AM3-12 10 AM2-12 AM3-12 80 137 134 238 112 123 DM12-AM3-12 DM12-AM4-12 DM12-AM5-12 12 AM3-12 AM4-18 AM5-18 166 318 448 296 500 -- 198 243 262 DM16-AM4-18 DM16-AM5-18 16 AM4-18 AM5-18 383 586 637 948 483 485 DM20-AM4-18 DM20-AM5-18 DM20-AM7-22 20 AM4-18 AM5-18 AM7-22 427 637 1591 789 1187 2679 540 586 917

Line Current To calculate line current use the following equation: LC = KVA / (0.00173 x LV) Where LV = line voltage (see coil table) Coil Table

---

Western Canada office:  604 940 4555        Eastern Canada Office:  416 213 9991        England Office:  01278 456 411

---