ABB ACS880 Variable Frequency Drive (VFD)

From $1,890.12

Current Inventory

25 HP: 0
30 HP: 3
50 HP: 0
75 HP: 1
100 HP: 2
150 HP: 0
200 HP: 0
250 HP: 1
300 HP: 0
400 HP: 0

Quantity

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Top-of-the-line industrial Variable Frequency Drive (VFD) from ABB with the highest reliability, performance, and safety. ACS880 controls the AC motor's speed and torque by varying the motor's supply voltage frequency and voltage.

This energy-efficient drive reduces peak energy demand and reduces power when not required. The power factor is close to one at the VFD input. Motor speed is fully adjustable, and Start/Stop/Acceleration can be controlled.

For 3-phase 480V AC, 1 HP up to 420 HP AC motors (VFDs for 230V AC, 600 V are available with purchase order).

ABB ACS880-1 for 480V AC power supply with Flange Mounting Kit (+C135), with Digital I/O Module FIO-01 (+L501); LCD control panel Bluetooth connectivity is included; commissioning Drive Composer software is available as a free download or as a smartphone app (Drivetune for startup, monitoring, and Drivebase for assets management). You may download the detailed VFD specifications.

IP (Ingress Protection): IP 21 (flange for cabinet mounting is included)

3-phase Power Supply for the VFD: 3-phase 480V AC (380 to 500V, +10/-15%), 50 or 60 Hz (+/-5%)

Power Factor: 0.98 (for fundamental frequency, total power factor 0.93 to 0.95)

Efficiency at Nominal Power: 98%

Harmonics Reduction: Built-in choke for harmonic reduction

Operating Temperature Range: 5° F to 131° F (-15° to +55° C)

Motor Power Supply: 3-phase 480V AC, 1 to 420 HP (0.75 to 315 kW), 0 to +/- 500 Hz

Motor Control: Scalar (speed or frequency control), Vector (Direct Torque Control), Open or Closed loop

Rated Power: From 1 HP up to 420 HP (0.75 to 315 kW), see table on right

Dimensions & Weight: See table below

Certification: UL, cUL 508A or cUL 508C, CSA C22.2 No.14-10

Warranty: 1 year (in USA: 2 years if start-up is done by ABB certified technician and with warranty registration)

Features: Intuitive, plain english display and keyboard, Removable Memory unit transferable to other drive, Nine years service interval, Motor to VFD calibration (auto-tuning), PLC type of programming (Adaptive Programming, IEC 61131-3 standard, optional), Automatic error reset, PID control, Startup assistants, User adjustable supervision, Access levels (passwords), Output phase order selection, Maintenance timers and counters, Diagnostics is built-in, Power consumption and savings evaluation counters (in kWh, currency, and CO2 values).

Digital Inputs: Six inputs (five NPN/PNP, one NPN), functionality assignable by parameters

Fast Digital Inputs/Outputs: Two inputs/outputs; functionality assignable by parameters

Relay Outputs: Three relay outputs with NO and NC contacts, max. 250V AC or 30 V DC, 2 A

Analog Inputs: Two inputs 0 to 20 mA or -10 to 10V; functionality assignable by parameters

Analog Outputs: Two outputs 0 to 20 mA; functionality assignable by parameters

Safe Torque Off: Safety inputs which are physically disconnecting output transistors per EN 60204-1 standard

Built-in Modbus RTU: RS485 standard, A(-), B(+) data, from 9.6 to 115.2 kbit/s; can be also used for drive to drive communication (lead and follower)

24 V DC (External Devices): Up to 200 mA

External Power Supply (Processor Board): 24 V DC, 2A

Extension Modules: Slots for three modules: Communication (Profibus, CANopen, DeviceNet, Ethernet, Modbus TCP, EtherCAT, Powerlink, ControlNet), Inputs/Outputs FIO-01 (4x Input/Output, 2x Relay), FIO-11 (3x analog input, 1x Analog Output, 2x Input/Output), FAIO-01 (2x Analog input, 2x Analog Output), FDIO-01 (3x Digital input, 2x Relay output), Speed feedback (four different models), and remote monitoring tool NETA-21.

480V AC

VFD Size (HP)	Rated Output Current (A)	Heat Loss (W)	% Loss	Cooling Air Flow (CFM)	Weight (Lb)	Height (inch) (IP21, with cable entry)	Width (inch)	Depth (inch) (IP21)
1	2.1	30	4.10%	26	13.2	15.9	6.1	8.9
1.5	3	40	3.60%	26	13.2	15.9	6.1	8.9
2	3.4	52	3.50%	26	13.2	15.9	6.1	8.9
3	4.8	73	3.30%	26	13.2	15.9	6.1	8.9
5	7.6	122	3.30%	26	13.2	15.9	6.1	8.9
7.5	11	172	3.10%	26	13.2	15.9	6.1	8.9
10	14	232	3.10%	26	17.6	15.9	6.1	9.8
15	21	337	3.00%	52	17.6	15.9	6.1	9.8
20	27	457	3.10%	52	22.0	18.5	6.8	10.3
25	34	562	3.00%	79	22.0	18.5	6.8	10.3
30	40	667	3.00%	79	40.7	22.6	8.0	10.8
40	52	907	3.10%	118	40.7	22.6	8.0	10.8
50	65	1,117	3.00%	118	50.6	28.7	8.0	10.8
60	77	1,120	2.50%	165	50.6	28.7	8.0	10.8
75	96	1,295	2.30%	165	99.0	28.6	9.9	14.1
100	124	1,440	1.90%	257	99.0	28.6	9.9	14.1
125	156	1,940	2.10%	257	121.0	34.6	11.2	14.4
150	180	2,310	2.10%	266	121.0	34.6	11.2	14.4
200	240	3,300	2.20%	266	154.0	37.9	11.8	15.2
250	302	4,200	2.30%	325	154.0	37.9	11.8	15.2
300	361	4,800	2.20%	679	215.6	37.6	15.0	16.3
350	414	6,000	2.30%	679	215.6	37.6	15.0	16.3
420	441	6,000	1.90%	679	215.6	37.6	15.0	16.3

You may download the ACS880 Hardware Manual and the ACS880 Software Manual.

All ACS880 technical documents from ABB are available here.

For best practices of VFD wiring check out these articles;

Should We Use Shaft Grounding When a Motor is Used with a Variable Frequency Drive?

How to Match VFD To Fan Motor