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PMCprimo DriveP – basé sur un variateur de sécurité – caractéristiques techniques

Le système de commande PMCprimo DriveP, basé sur un variateur de sécurité, est constitué d’une carte Motion Control PMCprimo C dans le variateur de puissance PMCprotego D. En option, il peut être étendu au Motion Control tout en un avec la carte de sécurité PMCprotego S.

Réf. du produit 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

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