TSM08X Hardware Manual 1 Introduction .................. 3 1.1 Features .....................3 1.2 Safety Instruction ................4 2 Getting Started ................5 2.1 Choose a Power Supply ..............5 2.1.1 Voltage ....................5 2.1.2 Current ....................5 2.2 Connect the Power ................6 2.3 Installing Software ................6 2.4 Communication wiring ...............6...
TSM08X Hardware Manual 1 Introduction TSM08X-R series is MOONS ‘new generation of integrated Step-Servo motors, and the TSM-X series is revolutionary by incorporating servo control technology to create a new closed-loop Step- Servo motor with excellent performance, better motion performance and stability.
TSM08X Hardware Manual 1.2 Safety Instruction Only qualified personnel should transport, assemble, install, operate, or maintain this equipment. Properly qualified personnel are persons who are familiar with the transport, assembly, installation,operation, and maintenance of motors, and who meet the appropriate qualifications for their jobs.
In addition, the voltage regulator can also absorb the current on the power line Spikes to prevent false drive protection. When the supply voltage is lower than 14V, the TSM08X may not work reliably. Do not place TSM08X operate at DC voltage below 14V, otherwise the drive will alarm at low voltage.
TSM08X Hardware Manual 2.2 Connect the Power It is recommended to use the AWG 30 wire to connect the TSM08X and the power supply. The inside of the TSM08X has been connected to the positive power input pole with fuse, this fuse cannot be replaced by the user.
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TSM08X Hardware Manual RS-422/485 Full duplex System (four wires) Separate cables are used for data transmission and reception in the RS-422/485 full-duplex system (four wires). The host connects to the drive through a pair The actuator RX+ and RX-end cables send data to the driver, and the driver is received via a pair of cables connected to the driver TX+ and TX-end data sent by the device.
TSM08X Hardware Manual 2.4.2 Assign an adress Before setting up the entire bus connection, you need to connect each drive individually to the host to assign a unique address. Connect the drive is to your PC host, run the Stepper suite software, and power up the drive.
1: Y2 1 2 3 4 5 3.1 X1,X2,X3 digital signal inputs The X1,X2,X3 ports of the TSM08X integrated motor can receive differential or single-ended digital input signals ranging from 5-24VDC. • X1: pulse input; CW direction pulse input; Encoder A-phase input; CW point function; Limit signal;...
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TSM08X Hardware Manual Connections using NPN proximity switches Note: X1/Step and X2/Dir do not support PNP type sensors DIR+ X2/Dir DIR- Differential Signal Output TSM08X STEP+ X1/Step Controller STEP- Differential signal output connection of the upper unit X1/Step Main Encoder...
– 3.2 Y1,Y2 digital signal inputs TSM08X has two optically isolated single-ended output signal Y1/Y2. The negative end of the two Connecting a NPN type output to an input output signals is common ground (YCOM). By setting Stepper Suite software, Y1/Y2 ports can be configured for corresponding functions.
5 Alarm code LED status indicator LED Status Indicator The TSM08X displays the status with two (red/green) LED lights. In normal state, the green LED blinks. If the red LED blinks, an alarm or error has occurred. Error codes can be represented by a combination of flashing red and green lights, as shown below.
The daisy chain RS-485 cable of TSM08X,0.3m 7.2 Optional Accessories (Sold separately) Model Description 2139-0300 The daisy chain RS-485 cable of TSM08X, unshielded,0.3-m 2147-0016 The daisy chain RS-485 cable of TSM08X, shielded,27m 2147-0027 The daisy chain RS-485 cable of TSM08X, shielded,16cm ■...
TSM08X Hardware Manual 2147 Series ■ Housing:1004-05A-NONC(SWB) Housing:1004H-05A-NONC(SWB) Crimp:1004T-PSN Crimp:1004T-PSN 300±10 Model Length Desciption Wiring Diagram 2147-0300 0.3m unshielded Color Green(RX+) Green / White(RX-) Blue(TX+) Blue / White(TX-) Black(GND) 7.2 Regeneration Clamp RC880 P/N: RC880 When using a regulated power supply you may encounter a problem with regeneration. The kinetic energy caused by regeneration is transferred back to the power supply.
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