TMD Series
Standard Features
Enclosure:
IP20
Operating Modes:
V/f Constant
V/f Variable
Enhanced V/f Constant
Enhanced V/f Variable
Vector Speed
Vector Torque
Control Terminals
Digital Inputs (Active High, PNP)
1 Dedicated Start / Stop
4 Programmable
Digital Outputs:
2 Open Collector (NPN)
Analog Inputs:
1 voltage (0-10VDC, -10 to + 10 VDC Bipolar)
1 current (4-20mA)
Analog Outputs :
1 Output (0-10 VDC, 2-10 VDC can be converted to 4-20mA) proportional to speed, load or torque
Serial Communications:
2-Wire RS-485 Modbus RTU / LECOM protocol for programming, monitoring and controlling
Other:
Speed Potentiometer Power Supply
Signal Common
Digital Input Reference
Programmable Features:
Carrier Freq. 4 – 10 kHz
Independent Accel and Decel Ramps
2nd Accel / decal ramp
Auxiliary Ramp to Stop
240 Hz Maximum Output Freq.
DC Injection Braking
References:
Speed References:
Keypad
JOG (Fwd or Rev)
Floating Point Control (MOP)
0-10 VDC Analog Reference (scalable)
-10…+10 VDC Analog Reference (speed and direction)
4-20mA Analog Reference (scalable)
Potentiometer
4 Programmable Preset Speeds
Modbus RTU / LECOM Serial Speed Reference
Torque References:
Keypad
0-10 VDC Analog Reference
4-20mA Analog Reference
Modbus RTU / LECOM Serial Torque Reference
Standards and Conformance
UL & cUL (North America)
CE (Europe)
Low Voltage Directive (EN61800-5-1)
EMC Directive (EN61800-3) when suitably filtered
Two Year Warranty
Options:
Remote Keypad
Simple 4 wire connection to TMD drive, the remote keypad provides for drive operation (start, stop, direction and speed) and programming. Includes 3 digit LED. Measures only 3.4in (H) x2.2 in (W). Includes gasketing to meet up to NEMA 4X (IP65) rated environments.
Dynamic Braking
Packaged Dynamic brake option includes control and resistors in an easy to implement solution for fast stopping or deceleration requirements.
EMC Filter
To meet the EU requirements for susceptibility and emissions of electrical and radiated noise (EN 61800-3 and EN 5501). The footprint design allows the filter to mount between the panel and the drive providing the most efficient use of panel space.
Thru-Hole Mounting
This option allows the inverter heatsink to be mounted through the back of the electrical enclosure or cubicle to reduce overall enclosure size. The heatsink is anodized and gasketed for use in NEMA 4X environments.