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VOTOL SV200 GTS (CAN)

Components Compatible with VOTOL SV200 GTS (CAN)

Controller72V160ASinewave

VOTOL SV200 GTS sine wave controller with CAN BUS display protocol. Newer 2025 SV-series design — more compact than the EM200 family, positioned between SV120 and EM200 in power output. 72V nominal, 160A continuous DC / 250A boost DC / 490A peak phase current. Max power 18000W, 200% flux weakening, ≥93% max efficiency, IP67 waterproof, 1.2kg. Supports FOC sinewave drive. Hall sensored with regenerative braking. Programmable via PC with USB adapter cable. Designed for 3-5kW PMSM/BLDC motors — recommended for QS Motor pairings. Dimensions: 186×107mm (overall) / 173.5×94.5mm (body) / 60mm tall / 14.6mm heatsink. CAN BUS variant — typically priced $20-30 higher than the LIN version.

26 components are compatible with the VOTOL SV200 GTS (CAN), including 19 batteries, 4 hub motors, 3 displays.

19 Batteries4 Hub Motors3 Displays
AMORGE 13S5P 20Ah 130A (EVE 40P)

AMORGE 13S5P 20Ah 130A (EVE 40P)

48V·20Ah·130A

From $238.00Variants

VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 48V, inrush current is significant.

AMORGE 20S4P 16Ah 120A (EVE 40P)

AMORGE 20S4P 16Ah 120A (EVE 40P)

72V·16Ah·120A

From $292.00Variants

VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 72V, inrush current is significant.

AMORGE 20S5P 20Ah 150A (EVE 40P)

AMORGE 20S5P 20Ah 150A (EVE 40P)

72V·20Ah·150A

From $372.00Variants

VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 72V, inrush current is significant.

AMORGE 20S5P 20Ah 150A (EVE 40P) for Tuttio Soleil01

AMORGE 20S5P 20Ah 150A (EVE 40P) for Tuttio Soleil01

72V·20Ah·150A

From $372.00Variants

VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 72V, inrush current is significant.

AMORGE 14S7P 28Ah 210A (EVE 40P)

AMORGE 14S7P 28Ah 210A (EVE 40P)

52V·28Ah·210A

From $387.00Variants

VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 52V, inrush current is significant.

AMORGE 20S7P 28Ah 210A (EVE 40P)

AMORGE 20S7P 28Ah 210A (EVE 40P)

72V·28Ah·210A

From $493.00Variants

VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 72V, inrush current is significant.

AMORGE 20S7P 28Ah 210A (EVE 40P) for Tuttio Soleil01

AMORGE 20S7P 28Ah 210A (EVE 40P) for Tuttio Soleil01

72V·28Ah·210A

From $493.00Variants

VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 72V, inrush current is significant.

AMORGE 20S8P 32Ah 200A (EVE 40P) for MX500/SX500/MX650

AMORGE 20S8P 32Ah 200A (EVE 40P) for MX500/SX500/MX650

72V·32Ah·200A

From $553.00Variants

VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 72V, inrush current is significant.

AMORGE 20S8P 32Ah 220A (EVE 40P)

AMORGE 20S8P 32Ah 220A (EVE 40P)

72V·32Ah·220A

From $553.00Variants

VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 72V, inrush current is significant.

AMORGE 20S8P 32Ah 240A (EVE 40P) for Sur-Ron

AMORGE 20S8P 32Ah 240A (EVE 40P) for Sur-Ron

72V·32Ah·240A

From $600.00Variants

VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 72V, inrush current is significant.

AMORGE 20S8P 32Ah 240A (EVE 40P) for Sur-Ron

AMORGE 20S8P 32Ah 240A (EVE 40P) for Sur-Ron

72V·32Ah·240A

From $600.00Variants

VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 72V, inrush current is significant.

AMORGE 20S9P 36Ah 270A (EVE 40P)

AMORGE 20S9P 36Ah 270A (EVE 40P)

72V·36Ah·270A

From $624.00Variants

VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 72V, inrush current is significant.

AMORGE 20S9P 45Ah 220A (Samsung 50S)

AMORGE 20S9P 45Ah 220A (Samsung 50S)

72V·45Ah·220A

From $626.00Variants

VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 72V, inrush current is significant.

AMORGE 20S9P 36Ah 270A (EVE 40P) for ONYX RCR

AMORGE 20S9P 36Ah 270A (EVE 40P) for ONYX RCR

72V·36Ah·270A

From $626.00Variants

VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 72V, inrush current is significant.

AMORGE 20S9P 36Ah 220A (EVE 40P) for Sur-Ron

AMORGE 20S9P 36Ah 220A (EVE 40P) for Sur-Ron

72V·36Ah·220A

From $653.00Variants

VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 72V, inrush current is significant.

AMORGE 20S10P 40Ah 300A (EVE 40P) for Sur-Ron

AMORGE 20S10P 40Ah 300A (EVE 40P) for Sur-Ron

72V·40Ah·300A

From $687.00Variants

VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 72V, inrush current is significant.

AMORGE 20S12P 48Ah 360A (EVE 40P)

AMORGE 20S12P 48Ah 360A (EVE 40P)

72V·48Ah·360A

From $817.00Variants

VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 72V, inrush current is significant.

AMORGE 20S12P 48Ah 360A (EVE 40P) for RSF650

AMORGE 20S12P 48Ah 360A (EVE 40P) for RSF650

72V·48Ah·360A

From $823.00Variants

VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 72V, inrush current is significant.

AMORGE 20S15P 60Ah 420A (EVE 40P)

AMORGE 20S15P 60Ah 420A (EVE 40P)

72V·60Ah·420A

From $938.00Variants

VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 72V, inrush current is significant.

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