Delta VFD1A6ME11ANSAA ME300 Series Drive

  • Series: ME300
  • 115 V
  • 1 Phase
  • 0.25 HP
  • 0.2 KW
  • Safe Torque Off: Yes
  • EMC Filter: No
  • Heavy Duty Amps: 1.6 A
  • Normal Duty Amps: 1.8 A


PRODUCT SPECIFICATIONS

Model Name VFD1A6ME11ANSAA
Series ME300
Input Voltage – Phase 115 V – 1 Phase
Motor Power Range 0.25 HP – 0.2 KW
Frequency 0 – 599 Hz
Frame Size A1
IP Rating IP 20
EMC Filter No
Safety Torque Off – STO Yes
Normal Duty* Amps 1.8 A
Heavy Duty** Amps : 1.6 A
Weight 0.882 Lbs
Dimensions 3.07 (in) x 2.68 (in) x 5.04 (in)

* Normal duty: rated current 120% for 60 seconds; 150% for 3 seconds
** Heavy duty: rated current 150% for 60 seconds; 200% for 3 seconds

SERIES DESCRIPTION
The ME300 series is Delta’s compact economy vector control drive that inherits Delta’s superior drive technology with 60% volume reduction.

Outstanding Drive Performance
Supports induction and permanent Motors | High Starting Torque | Enhanced Braking Capability | Deceleration Energy Backup (DEB) | Enhanced Braking Capability

Strong System Support
Pump Control | Multi-pump Control | Pulse Input | Built-in ModbuS Communication | High Overload Capability | Built-in Brake Chopper | Common DC Bus

Stable, Safe and Reliable
Safe Torque Off | PCB Coating | NEMA 1 Kit (Optional)

Wide Range of Applications
Single / Multi-pumps | Conveyors | Fans | Woodworking Machines | Packaging Machines | Textile Machines |

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Compatible Accessories

$22.50

  • Braking Resistor
  • For 80 Watts VFD's
  • 750 Ohm Resistance
  • Compatible with C2000, C2000+, MS300, CP2000, ME300 Series Drives

$85.50

  • EMC Filter
  • 11 Amps
  • 230 Volts Input
  • Single Phase
  • Compatible with MS300, ME300 Series Drives

$9.90

  • DIN Rail Kit
  • For Frame A or B
  • Compatible with MS300, ME300 Series Drives

$68.40

  • Feed through Wiring Mounting Adapter Plate Kit
  • For Frame A or B
  • Compatible with MS300, ME300 Series Drives

Out of stock

  • Zero-phase reactors reduce inverter wiring noise.
  • Wiring passes through the reactor to filter RF noise.
  • Loop wires three times for full filtering.
  • Use up to four reactors for larger wires.
  • Filters reduce noise on input/output sides.
  • Effective from AM band to 10 MHz.