Details
The OPTIDRIVE Compact 2 is offered in both Basic and Advanced variants. The main differences between the models is I/O including STO and the parameter set. Both models can be tailored to OEM requirements dependent on the application and the quantities of drive required for the project. The parameters used in the Basic version are suitable for simple applications such as fans, pumps and conveyors. The parameters used in the Advanced version are more suitable for advanced machine control applications.
Features:
1. Open Connectivity Easy Commissioning
- Seamless connectivity with any application controller
- Built in RS485 Modbus RTU
- Bluetooth connectivity available via Optistick Smart
- External TFT keypad available
- Drive status LEDs
- Communications options; Ethernet & Modbus TCP size 2 only
- Wide operating temperature: −10˚C to 50˚C
- IP20 rated front enclosure
- Cold plate mounting for inclusion into OEM machnines
- Coated PCBs meet class 3C2 in accordance with EN60713-303
- Built-in EMC filter class C2 in accordance with EN61800-3-2004
- Low harmonic design compliant with; EN61000-3-2, (1 phase 200-230V input), and EN61000-3-12, (3 phase 380-480V input). Model dependent.
- AC Induction (IM)
- AC Permanent Magnet (PM)
- Brushless DC (BLDC),
- Synchronous Reluctance (SynRM)
- Line Start Permanent Magnet (LSPM)
- Pluggable communication terminals
- Fixed spring loaded input terminal for easy installation
- STO SIL3 Safe Torque Off for system protection
- Programmable, predefined input and output functions:
- Start / Stop (Enable / Disable)
- PTC motor thermal protection (0-10V, 4-20mA)
- Relay (drive healthy / trip)
Supply voltages & output current
- 1 x 110 -115 +/-10% 230 V output 2.3A & 3.2A
- 1 x 200 -240V +/- 10% 230 V output 2.3A, 4.3A & 7A
- 3 x 200 -240V +/- 10% 230 V output 2.3A, 4.3A & 7A
- 3 x 380 - 480V +/- 10% 480 V output 2.2A, 4.1A, 5.8A & 9.5A
Active PFC Units
- 1 x 110 -230V +-10% 230V output 4.3A
- 1 x 200 -230V +/- 10% 230 V output
Technical Specifications:
| Input Ratings |
Supply Voltage |
110 -115V +/-10% 110-230V +10% -20% 200 -240V +/-10% 380 - 480V +/- 10% |
| Supply Frequency | 48 – 62Hz | |
| Displacement Power Factor | > 0.98 | |
| Phase Imbalance | 3% Maximum allowed | |
| Inrush Current | < rated current | |
| Power Cycles | 120 per hour maximum, evenly spaced | |
| Output Ratings |
Output Power |
110 -115V 0.37-0.75kW 110-230V 0.75kW 200 -240V 0.37-2.2kW 380 - 480V 0.75-5.5kW |
| Overload Capacity | 150% for 60 Sec *200 V 3 & single phase input 7 A units 110% overload. |
|
| Output Frequency | 0 – 500Hz, 0.1Hz resolution | |
| Acceleration Time | 0.01 – 600 seconds | |
| Deceleration Time | 0.01 – 600 seconds | |
| Typical Efficiency | > 98% | |
| Ambient Conditions | Temperature |
Storage: -40 to 60°C Operating: -10 to 50°C |
| Altitude |
Up to 1000m ASL without derating Up to 2000m maximum UL approved Up to 4000m maximum (non UL) |
|
| Humidity | 95% Max, non condensing | |
| Vibration | Conforms to EN61800-5-1 | |
| Enclosure | Ingress Protection | IP20 |
| Coated PCBs | Designed for operation in 3S2/3C2 environments according to IEC 60721-3-3 |
|
| Programming | Modbus RTU (RS485) |
Modbus RTU / CAN through terminals and RJ45 port. |
| PC Tools | PC Tools software for Diagnostics and parameter configuration (RJ45 port only). Function block programming via downloadable software (Advanced Version) |
|
| Keypad | Optional Remote Keypad with TFT display for diagnostic and programming | |
| Smartphone app | Optitools Mobile | |
| Control Specification |
Control Method |
Terminal Comms Terminal / Comms |
| PWM Frequency | 4 – 32kHz Effective | |
| Stopping Mode | Ramp to stop, Coast to stop | |
| Control Modes | Modbus RTU (RS485) Terminal Control Digital / Analogue Terminal Control PI mode Master / Slave Mode |
|
| Skip Frequency | 2 skip frequencies, user adjustable | |
| Application Features |
PID Control | Internal PID Controller |
| Intelligent Drive Thermal Management |
Reduced-load operation of the system can be configured under high drive temperatures to prevent nuisance tripping | |
| Intelligent Motor Thermal Management |
Reduced-load operation of the system can be configured under continued motor overload to prevent nuisance tripping | |
| Serial Communications- Loss Fall-Back Speed |
The ability to configure the drive to run at a ‘safe’ speed in the even of a loss of serial communication. Can prevent total loss of operation whilst maintaining minimum process demands. | |
| Master Follower Configuration |
The ability to run a cascade of machines with one Master regulating the operating point in PI Control |
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