Compare 0
France | english
You have now of 6 products to compare

PMCprimo DriveP - Safe Drive based - Technical features

The safe drive-based control system PMCprimo DriveP consists of a motion control card PMCprimo C within the servo amplifier PMCprotego D. As an option this can also be expanded to create an all-in-one motion control with the safety card PMCprotego S.

Product number Description
8176700

Drive-based motion control system With expansion card PMCprimo C Standard bus system: CANopen Software option: IEC 61131-3 programming Technical data at 3 x 400 V AC: Continuous output current: 1.5 A, Imax (2 s)= 4.5 A Imax (5 s)= 3 A, power consumption in S1 operation: 1.1 kVA Integral brake resistor.

8176701

Drive-based motion control system With expansion card PMCprimo C Standard bus system: CANopen Software option: IEC 61131-3 programming, dynamic curve calculation Technical data at 3 x 400 V AC: Continuous output current: 1.5 A, Imax (2 s)= 4.5 A Imax (5 s)= 3 A, power consumption in S1 operation: 1.1 kVA Integral brake resistor.

8176702

Drive-based motion control system With expansion card PMCprimo C Standard bus system: CANopen Software option: IEC 61131-3 programming Technical data at 3 x 400 V AC: Continuous output current: 12 A, Imax (5 s)= 24 A, power consumption in S1 operation: 9 kVA Integral brake resistor.

8176703

Drive-based motion control system With expansion card PMCprimo C Standard bus system: CANopen Software option: IEC 61131-3 programming Technical data at 3 x 400 V AC: Continuous output current: 12 A, Imax (2 s)= 30 A Imax (5 s)= 24 A, power consumption in S1 operation: 9 kVA Integral brake resistor.

8176704

Drive-based motion control system With expansion card PMCprimo C Standard bus system: CANopen Software option: IEC 61131-3 programming Technical data at 3 x 400 V AC: Continuous output current: 3 A, Imax (2 s)= 9 A Imax (5 s)= 6 A, power consumption in S1 operation: 2.2 kVA Integral brake resistor.

8176706

Drive-based motion control system Standard bus system: CANopen Software option: IEC 61131-3 programming Technical data at 3 x 400 V AC: Continuous output current: 6 A, Imax (2 s)= 18 A Imax (5 s)= 12 A, power consumption in S1 operation: 4.5 kVA Integral brake resistor.

8176707

Drive-based motion control system With expansion card PMCprimo C Standard bus system: CANopen, PROFIBUS Software option: IEC 61131-3 programming Further hardware options: Card PMCprotego S2 Technical data at 3 x 400 V AC: Continuous output current: 24 A, Imax (5 s)= 48 A power consumption in S1 operation: 18 kVA Integral brake resistor.

8176705

Drive-based motion control system With expansion card PMCprimo C Standard bus system: CANopen, PROFIBUS Technical data at 3 x 400 V AC: Continuous output current: 3 A, Imax (2 s)= 9 A Imax (5 s)= 6 A, power consumption in S1 operation: 2.2 kVA Integral brake resistor.

8176712

Drive-based motion control system With expansion card PMCprimo C Standard bus system: CANopen, PROFIBUS Software option: none Technical data at 3 x 400 V AC: Continuous output current: 6 A, Imax (2 s)= 18 A Imax (5 s)= 12 A, power consumption in S1 operation: 4.5 kVA Integral brake resistor.

8176708

Drive-based motion control system With expansion card PMCprimo C Standard bus system: CANopen, PROFIBUS Software option: IEC 61131-3 programming, dynamic curve calculation Technical data at 3 x 400 V AC: Continuous output current: 1.5 A, Imax (2 s)= 4.5 A Imax (5 s)= 3 A, power consumption in S1 operation: 1.1 kVA Integral brake resistor.

8176709

Drive-based motion control system With expansion card PMCprimo C Standard bus system: CANopen, PROFIBUS Software option: IEC 61131-3 programming, dynamic curve calculation Technical data at 3 x 400 V AC: Continuous output current: 6 A, Imax (2 s)= 18 A Imax (5 s)= 12 A, power consumption in S1 operation: 4.5 kVA Integral brake resistor.

8176713

Drive-based motion control system With expansion card PMCprimo C Standard bus system: CANopen Software option: none Technical data at 3 x 400 V AC: Continuous output current: 12 A, Imax (5 s)= 24 A, power consumption in S1 operation: 9 kVA Integral brake resistor.

8176715

Drive-based motion control system With expansion card PMCprimo C Standard bus system: CANopen, PROFIBUS Software option: IEC 61131-3 programming Technical data at 3 x 400 V AC: Continuous output current: 12 A, Imax (2 s)= 30 A Imax (5 s)= 24 A, power consumption in S1 operation: 9 kVA Integral brake resistor.

8176710

Drive-based motion control system With expansion card PMCprimo C Standard bus system: CANopen Software option: Dynamic curve calculation Technical data at 3 x 400 V AC: Continuous output current: 12 A, Imax (5 s)= 24 A, power consumption in S1 operation: 9 kVA Integral brake resistor.

8176711

Drive-based motion control system With expansion card PMCprimo C Standard bus system: CANopen, PROFIBUS Software option: none Technical data at 3 x 400 V AC: Continuous output current: 3 A, Imax (2 s)= 9 A Imax (5 s)= 6 A, power consumption in S1 operation: 2.2 kVA Integral brake resistor.

8176714

Drive-based motion control system With expansion card PMCprimo C Standard bus system: CANopen Software option: IEC 61131-3 programming Technical data at 3 x 400 V AC: Continuous output current: 12 A, Imax (5 s)= 24 A, power consumption in S1 operation: 9 kVA Integral brake resistor.

8176716

Drive-based motion control system With expansion card PMCprimo C Standard bus system: CANopen Software option: IEC 61131-3 programming, dynamic curve calculation Technical data at 3 x 400 V AC: Continuous output current: 24 A, Imax (5 s)= 48 A, power consumption in S1 operation: 18 kVA Integral brake resistor.

8176717

Drive-based motion control system With expansion card PMCprimo C Standard bus system: CANopen Software option: IEC 61131-3 programming Technical data at 3 x 400 V AC: Continuous output current: 12 A, Imax (5 s)= 24 A, power consumption in S1 operation: 9 kVA Integral brake resistor.

8176718

Drive-based motion control system With expansion card PMCprimo C Standard bus system: CANopen Software option: IEC 61131-3 programming Technical data at 3 x 400 V AC: Continuous output current: 48 A, Imax (5 s)= 96 A, power consumption in S1 operation: 35 kVA required accessories: Brake resistor 15 Ohm.

8176719

Included extension board PMCprimo C Bussystems standard: CANopen / Profibus Software option: dynamic curve calculation IEC 61131-3 -programming Path interpolation yy additional hardware option: Card PMCprotego S1-2 yy Technical Details at 3 x 400 V AC supply voltage: Permanent output current: 3 A; Imax (2 sec.) = 9 A; Imax (5 sec.) = 6 A; Power consumption in S1 operation: 2,2 kVA Internal brake resistor and mains filter

8176721

Included extension board PMCprimo C Bussystems standard: CANopen / Profibus Software option: IEC61131-3 programming yy Technical Details at 3 x 400 V AC supply voltage: Permanent output current: 1,5 A; Imax (2 sec.) = 4,5 A; Imax (5 sec.) = 3,0 A; Power consumption in S1 operation: 1,1 kVA Internal brake resistor and mains filter

8176720

Included extension board PMCprimo C Bussystems standard: CANopen Software option: IEC61131-3 programming Path interpolation yy Technical Details at 3 x 400 V AC supply voltage: Permanent output current: 1,5 A; Imax (2 sec.) = 4,5 A; Imax (5 sec.) = 3,0 A; Power consumption in S1 operation: 1,1 kVA Internal brake resistor and mains filter

8176726

Included extension board PMCprimo C Bussystems standard: CANopen / Profibus Software option: dynamic curve calculation yy Technical Details at 3 x 400 V AC supply voltage: Permanent output current: 24 A; Imax (5 sec.) = 48 A; Power consumption in S1 operation: 18 kVA Internal brake resistor and mains filter

8176727

Included extension board PMCprimo C Bussystems standard: CANopen / Profibus-DP-S Software option: IEC61131-3 programming yy Technical Details at 3 x 400 V AC supply voltage: Permanent output current: 48 A; Imax (5 sec.) = 96 A; Power consumption in S1 operation: 35 kVA necessary accessories: brake resistor 15 OHM

8176728

Included extension board PMCprimo C Bussystems standard: CANopen Software option: IEC61131-3 programming Dynamic curve calulation yy additional hardware option: Expansion Card PosI/O yy Technical Details at 3 x 400 V AC supply voltage: Permanent output current: 12 A; Imax (5 sec.) = 24 A; Power consumption in S1 operation: 9 kVA Internal brake resistor and mains filter

Download

Please wait while data is being loaded

Please wait while data is being loaded