1.1kW 500kW / 1105
Inverter 
The 1105 digital AC
inverter provides flexible, efficient and cost-effective solutions to a
range of control needs. It combines
the latest IGBT-based PWM and digital-signal processor technologies with a
revolutionary, patented digital-current
regulator to deliver optimum performance, full programmability, and
simplicity of operation. Compact and rugged, the inverter comes as an open
chassis or in a NEMA 4 enclosure. Either type can be foot-mounted to a
sub-plate or flange-mounted through a cutout, to dissipate heat outside an enclosure.
Overview
Performance Flexibility:
The 1105 offers performance capabilities to suit a
broad range of applications where variable-frequency AC or conventional DC
inverters are normally used. It can be configured for either constant-load,
variable-load, or extended-load applications. A variety of general-purpose and
application-engineered software options provide features optimized for specific
customer requirements, such as blower and pump motors.
Digital Setup, Easy Operation:
The keypad and liquid crystal display provide a
simple interface for setting and viewing operating parameters and diagnostics.
All controller settings are made digitally through the keypad. Readouts and
fault messages are displayed in plain language. A help feature provides on-line
assistance at the touch of a button.
Power Quality:
The 1105 includes a built-in link choke that
provides near-unity overall power factor at all motor speeds as well as low
harmonic line currents.
Protection and Advanced Diagnostics:
The 1105 monitors its operating conditions and
provides a comprehensive set of overload, short circuit, and other protective
features. Faults are displayed in plain language
along with the operating conditions at the time of occurrence. A log stores
the last three faults as well as the buss voltage, motor current, output
frequency, operating mode, and time of the most recent fault.
Serial Connectivity:
The 1105 features a fully-isolated EIA RS-422/485
serial interface that allows a process
control computer, building automation system, or other host computer to set up,
monitor, and control the drive using an
Features
& Benefits:
General
All-digital control for repeatable operation
24-bit
digital-signal processor (DSP) for fast, dynamic response
8 kilobyte
battery backup memory for application setup data
48
kilobyte scratch pad memory and 1.5 megabyte firmware memory
Clock/calendar
maintains accurate time during power outage
Sine-coded
PWM or modified six-step waveform outputs for improved performance
High-switching-frequency
IGBT devices for smooth, quiet operation
Digital
current regulator for reduced fast response
Internal
control loop for maintaining output during sudden load changes
Variable
frequency control for simple applications
Integral
DC link choke for high power factor and low total harmonic distortion
Power-loss ride-through for reducing nuisance trips
Master-slave
operation using either analog inputs or high-speed serial link
User-programmable
analog and digital inputs and outputs
Ideal for applications requiring NEMA 4
enclosures
Ease of Installation, Setup, and Maintenance
Automated setup features do not require chart recorders or meters
Software
calibration and adjustment eliminates tuning components
Digital
parameter adjustment for precise and repeatable settings
Software
input and output scaling eliminates potentiometers
Complete,
self-contained package requires minimal option boards
Identical
control boards across full power range reduce need for spare parts
Ease of Use
Touch keypad for easy parameter adjustment and access to displays
Two-line,
descriptive, plain-language display
Numerical
readouts and bar graph display
Comprehensive
fault diagnostics displayed in plain language
Real-time
information and three-fault log
Optional
DriveLink software for managing multiple drives from a personal computer
Safe, Reliable Operation
Extensive electronic protection circuits
Tolerant
of AC line voltage and frequency fluctuations
Multilevel
security code prevents unauthorized parameter changes
Lockout
of local operator controls, for safe remote operation
Electrical:
Input Supply
Voltage: 200 to 240 or 380 to 480 V AC,
three-phase
Phase
sequence insensitive
Voltage tolerance: 10%
of minimum, +10% of maximum
Frequency: 47
to 63 Hz
Power
factor: Displacement:
0.99 at all loads
Overall:
0.94 at rated load
Output
Rating
Voltage: Zero
to input supply voltage, three-phase
Frequency:
Switching frequency: Programmable
from 2 to 10 kHz
Modifies six -step frequency: Programmable from 0 to 10 kHz
Service
Conditions
Efficiency: 97%
nominal at rated switching frequency
Overload current:
Environmental
Operating temperature: 32°
to 104° F (0° to 40° C)
Storage
temperature: 5° to 158°
F (15° to 70° C)
Operating humidity: 95%
maximum, non-condensing
Altitude: To
3,300 ft. (1,000 m) without de-rating
Performance
Frequency Control
Range: Zero to
base speed at full current output
PWM Sinewave Base speed to 300 Hz at constant power
Six Step 0 to 10 Khz
Resolution: 0.20% with
analog input (10-bit)
0.1 Hz with
digital input
Inputs
and Outputs
Analog
Inputs
20 MHz
control: Three (3)
12-bit analog inputs (0 to +10 V DC, ±10
40 MHz
control: Three (3)
12-bit analog inputs (±10 VDC or 4 to 20 mA)
Analog
Outputs
20 MHz
control: Two (2)
12-bit analog outputs (±10 VDC)
40 MHz
control: Two (2)
12-bit analog outputs (±10 VDC and 4 to 20 mA)
Digital
Inputs
20 MHz
control: Eleven
(11) digital inputs (sink of 1 mA to common)
40 MHz
control: Twelve
(12) digital inputs (source of 8 mA from 24 VDC)
Digital Outputs
20 MHz
control: Three (3) standard digital outputs (Form C contact rated
250 VAC @ 5 A,
Form
A contact rated 250 VAC @ 5 A, and open-collector driver rated 24 VDC @ 500 mA)
40 MHz logic I/O control: Three (3) digital outputs
(Form A contact rated 250 VAC @ 5 A)
40 MHz
contact I/O control: Six (6)
alternative digital outputs (open-collector drivers rated 24 VDC@ 500 mA)
Serial
Communications
Asynchronous
port: EIA RS-232 and RS-422/485, isolated, 0.3 to 19.2
kbaud
Optional
Allen-Bradley DF1, Modicon RTU, and
Johnson
Controls N2 protocols
Synchronous
port: EIA RS-485 for
high-speed master/slave networking
Typical Parameters and Displays:
Programmable Parameters
Set point User I/O parameter selections
Set point minimum S-ramp profile
smoothing
Set point maximum Switching frequency
Set point units label, Master
/ slave select / source
Scaling, precision Slave
ratio / position phasing
Set point source Keypad enable
(3) skip frequencies Security
code
(3) skip bandwidths
Minimum / maximum
Current limit
Restart retries / delay
Analog I/O scaling / polarity
User analog input mode
Status Displays
Buss voltage Energy consumption
Power factor Accumulated thermal load
Output current Accumulated time run
Output frequency Fault log and conditions
Power consumption Input
status
Protection
Ground
fault Power transistor fault
Output phase-to-phase short circuit Logic
power under-voltage
DC buss over-voltage Remote
command signal loss
DC buss under-voltage Memory
malfunction
Instantaneous over-current Processor not running fault
Output overload Synchronous
serial error
Heat sink over-temperature
Ambient over-temperature
Input Constant-Torque Variable-Torque Extended-Torque
Voltage Applications Applications Applications
230 VAC
380 VAC
460 VAC
Consult factory for other powers. Other voltages require appropriate de-rating.