NC Specification Selection Guide M800/M80 Series 2016 by Mitsubishi Electric Factory Automation

More catalogs by Mitsubishi Electric Factory Automation | NC Specification Selection Guide M800/M80 Series 2016 | 73 pages | 2019-12-13

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Catalog NC Specification Selection Guide M800/M80 Series 2016

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m800/m80 series lineup m800/m80 series lineup m800/m80 series lineup lathe system 2 display control unit separate type machining center system display control unit integrated type m800w series m800s series display control unit separate type m80 series 2 display control unit integrated type m800w series m800s series m80 series m830w m850s m830s typea typeb m850w m830w 9 32 m850s m830s typea typeb 32 11 9 8 max number of axes nc axes spindles plc axes 32 32 12 max number of nc axes in total for all the part systems 32 32 10 7 16 16 max number of spindles 8 8 4 3 4 4 2 5 max number of plc axes 8 8 6 8 8 6 max number of plc indexing axes 8 8 4 8 8 4 number of simultaneous contouring control axes max number of nc axes in a part system control unit-side high-speed program server mode display unit-side high-speed program server mode 8 4 8 8 4 8 4 8 8 5 4 8 8 4 4 8 8 5 available — — available — — available available available available available available

m800/m80 series specifications list standard optional selection class 1 2 3 4 m800/m80 series specifications list s/w ver.a4 m800w series m850w m830w lathe system m800s series m850s m830s m80 series m80 typea m80 typeb machining center system m800w series m850w m830w machining center system m800s series m80 series m850s m830s m80 typea m80 typeb 8 coordinate system for rotary axis             9 plane selection             10 origin set origin cancel             11 counter set             13 workpiece coordinate system shift       — — — — — — 2 return 1 manual reference position return   

m800/m80 series specifications list standard optional selection class 1 2 3 4 s/w ver.a4 m800w series m850w m830w lathe system m800s series m850s m830s m80 series m80 typea m80 typeb machining center system m800w series m850w m830w machining center system m800s series m80 series m850s m830s m80 typea m80 typeb general explanation  6    6    6    6    3    3    6    6    6    6    3    3   4 aplc release note 1             5 custom api library note 1             6 mes interface library                 

system configuration system confi guration drive system configuration systemsystem configuration â– mds-e/eh series 5 l l cn2m cn3m cn3 brake connector

linear servo motor 200v 200v lm-f series spindle motor 200v 200v sj-d series drive spindle motor 200v spindlesystem motor 200v ■lm-f series dual-axis drive unit motor type compatible drive unit primary side type secondary side type 1-axis type mds-e-v12-axis type mds-e-v2regenerative resistor type ■sj-d series normal specifications lm-fp2b-06m-1ww0 lm-fs20  -1ww0 80 80 lm-fp2d-12m-1ww0 lm-fs20  -1ww0 160 160 lm-fp2f-18m-1ww0 lm-fs20  -1ww0 320 − 80 − − mds-ej-v1[n]12000 1 10800 10000 thrust force continuous natural-cooling continuous liquid-cooling maximum 2 mds-e-sp sj-d3.7/100-01 80 sj-d5.5/100-01 80 sj-d5.5/120-01 80 sj-d7.5/100-01 160 sj-d7.5/120-01 160 2-axis type mds-e-sp2 80 16080m 80 16080m 80 16080m 16080l 16080l multi axis integrated type mds-em-spv3 − 100xx 100xx 100xx 100xx regenerative resistor type mds-ej-sp 6000 3600 4000 1200 600 1200 output short-time rating continuous rating 3600 2400 4 1800 2 0 rated thrust maximum speed note 1

built-in 200v sj-bspindle series motor 200v built-in spindle motor 200v 200v sj-b series ■sj-b series ■sj-b series kw 0.9 0.6 0 output 330 400 750 r/min acceleration/deceleration 0.3 短時間定格 short-time rating (10分) (15分) continuous rating 0 1 sj-2b4004t 40 kw 3 0.75 10000 r/min standard output during acceleration/deceleration [kw actual acceleration/deceleration output note 4 [kw continuous base rotation speed [r/min maximum rotation speed [r/min continuous rated torque [n · m rotor inertia [kg · m2 3 0 2.2 3000 15000 r/min 0 3000 12000 r/min short-time 15min 1.5 1.8 3000 15000 2.39 0.00078 kw 3 7.5 0 short-time 3min 2.2 2.64 3000 12000 4.77 0.00138 2.2 1.5 1 2500 5000 5500 10000 r/min 15min 0 2500 10000 r/min 7.5 9 5500 10000 3.82 0.00163 2.2 2.64 2500 10000 5.73 0.00168 φ45 3.0 1.5 φ127.5note 2 φ52note 2 3.9 1.7 0 output 330 400 75010 r/min acceleration/deceleration 5

drive unit mds-e/eh series driveseries unit mds-em unit outline dimension drawing [unit mm a2 a1 80 200 60 60 nominal maximum current spindle/servo [a rated voltage [v rated current [a voltage [v power input control power input current frequency 100/40×3 100/80×3 90 200 60 c1 d1 36 160/80×3 38 80 80 60 [a max 4 [hz 50/60 tolerable fluctuation between +5 and -5 200/120×3 65 1 sine wave pwm control method regeneration method mass 200/80×3 48 2 power regeneration method built-in compatible 3 ip20 excluding terminal block cooling method 80 mds-em-spv3-200120 24dc tolerable fluctuation between +10 and -10 degree of protection d2 mds-em-spv3-20080 200 to 240ac tolerable fluctuation between +10 and -15 control method 20 mds-em-spv3-16080 3-axis servo 1-axis spindle with converter machine end encoderservo 44 forced air cooling [kg 15 15 15 15 15 4 drive unit mds-em-spv3- 60 60 80 200 240 92 155 r5 40 r6 230 230 210 195 n.p 215 230 220 130 n.p n.p 165 r4 12 r3 130 155 175

selection of the additional axis drive unit ■required capacity of power supply for the power supply capacity calculate the required spindle rated output and servo motor rated output each and select the power supply capacity satisfying them 1 spindle rated output required for power supply the spindle rated output required for power supply is calculated from the following expression 1 spindle rated output required for power supply max spindle motor continuous rated output spindle motor output at accelerating/decelerating spindle motor short-time output× motor output coefficient γ of combined spindle drive unit 2 note for the spindle rated output required for the power supply multiply the largest one of spindle motor continuous rated output spindle motor output at acceleration/deceleration and spindle motor shorttime output by the motor output coefficient γ of the combined spindle drive unit for the motor output coefficient of the combined spindle drive unit use

detector interface encoder interface unit unit dedicated options drive unit option drive unit option drive system dedicated options dedicated options drive unit optiondrive unit option ■serial output interface unit for abz analog encoder eib192m other manufacturer’s product specifications 1 type manufacturer input signal maximum input frequency output signal interpolation division number compatible encoder eib192m a4 20µm minimum detection resolution 0.0012µm ls187 ls487 degree of protection outline dimension mass 2 e/eh em ej/ejh compatible model ™ ™ ™ eib192m c4 1200 heidenhain a-phase b-phase sin wave 1vpp z-phase 400khz mitsubishi high-speed serial signal mitsu02-4 maximum 16384 divisions erm280 1200 0.0000183° 19,660,800p/rev ip65 98mm×64mm×38.5mm 300g ™ ™ ™ eib192m c4 2048 ■dc connection bar when connecting a large capacity drive unit with l+l terminal of power supply unit dc connection bar is required in use of the

list of cables list of cables listlist ofof cables cables drive system list of cables list of cables

k-kl2-5-c0169-a na1508 printed in japan [ip bnp-a1233-a eng cnc selectionenglish global partner local friend new publication effective aug 2015 specifications are subject to change without