2 Life Support Policy....................................................................................................................................................... 4
3 Electrical and Mechanical Interfacing .....................................................................................................................5
4.1 Power supply requirements.............................................................................................................................8
6 Revision History ............................................................................................................................................................ 9
Figures
Figure 1 : Functional Block Diagram of the BB-160....................................................................................................3
Figure 2 : Pinning of BB-160..............................................................................................................................................5
Figure 3 : Dimensions in mm............................................................................................................................................ 7
Tables
Table 3.1 : Connector Power supply................................................................................................................................5
Table 3.2 : Connector MOTOR ............................................................................................................................................ 5
Table 3.3 : Connector Hall sensor.....................................................................................................................................6
The baseboard BB-160 allows to build a ready to use BLDC motor driver unit using the TMCM-160
driver module. All important signals and the power supply lines can be connected easily. For motor,
power supply and hall sensors screw terminals are available and for RS232 (or RS485) a 9-pin D-SUB
connector. Some signals like the analog inputs are adjustable either onboard or they can be
controlled remotely.
BB-160
RS-232
Motor off
Direction
„classic“
Analog control
Onboard controls
14..36V DC
Applications
• fast prototyping of motion control applications with BLDC motors (e.g. lab use)
• ad-hoc evaluation of the TMCM-160 module without the need of developing a custom PCB
• BB-160 + TMCM-160 suitable for series production
Highlights
• screw connectors for motors and hall sensors for fast prototyping
• access to all control inputs of the TMCM-160
• screw holes for reliable mounting beyond prototyping
• compact size (120 mm x 85 mm)
• setting of motor velocity and current (torque) with the help of two potentiometers
TRINAMIC Motion Control GmbH & Co. KG does not
authorize or warrant any of its products for use in life
support systems, without the specific written consent
of TRINAMIC Motion Control GmbH & Co. KG.
Life support systems are equipment intended to
support or sustain life, and whose failure to perform,
when properly used in accordance with instructions
provided, can be reasonably expected to result in
personal injury or death.
Information given in this data sheet is believed to be
accurate and reliable. However no responsibility is
assumed for the consequences of its use nor for any
infringement of patents or other rights of third
parties, which may result form its use.
1. Do not connect or disconnect the TMCM-160 module, the baseboard or the motor while the
system is powered on. This could damage the drivers of the TMCM-160 module.
2. The TMCM-160 has two complementary connectors on each side. Make sure the module is
inserted correctly (pay attention to the orientation of the logo in the figure below). Wrong
insertion of the module will most probably damage the TMCM-160. The motor and power
connector of the TMCM-160 has to be next to those on the BB-160 (the top of the Trinamic
triangle points towards the motor connectors).
3. Before powering up the unit make sure the TMCM-160 is inserted correctly (correct direction of
board, no misalignment of pins, board firmly inserted).
GND
+14..36V
Power
supply
GND
+14..40V
Power
supply
RS232
GPIO
1
2
3
AIN0/VINAIN1/CIN
1
2
3
1
2
Motor OFF
Figure 2 : Pinning of BB-160
Pin Function
GND ground
+14..36V positive power supply
Table 3.1 : Connector Power supply
Pin Function
U motor coil U
V motor coil V
W motor coil W
U
V
Motor
W
+5V
GND
H1
H2
Hall
sensors
H3
1
2
1
2
DIRIN
Table 3.2 : Connector MOTOR
Pin Function
5V +5V power supply
GND ground
H1 Hall sensor signal H1
H2 Hall sensor signal H2
H3 Hall sensor signal H3
control
2 AIN1/CIN input of TMCM-160
3 Ground
1 GPIO1 input/output of TMCM-160
2 Ground
1 Motor off input of TMCM-160
2 Ground
1 Close jumper to activate switch DIRIN
2 DIRIN input of TMCM-160
Analog input (pin 2): Used for velocity control
in stand alone operation by supplying e
0 - 10V signal (adjusts motor velocity)
Analog input (pin 2): Used for torque control in
stand alone operation by supplying external 0
- 10V signal (adjusts motor current)
Starting from Firmware version 1.02: this pin
outputs a tacho impulse, that is toggles on
each hall sensor change
Emergency stop. Tie this pin to GND to stop
the motor. The motor can be restarted via the
interface, or by cycling the power supply.
Close jumper to activate the onboard direction
selection switch.
ternal
Table 3.5 : Jumpers and onboard switches
3.2 LEDs
Pin Action Function
+5V On +5V power supply of the TMCM-160 works (power on)
Blink
TEMP
On
CURLIM
GPIO1 On/Blink On at high signal of GPIO1 pin
DIRIN On Indicates the active direction
Blink The current limit LED blinks upon under voltage switch off
On / Flicker Motor PWM is reduced due to exceeding the set motor current limit
The power stage on the module has exceeded a critical temperature of
100°C. (Pre-warning)
The power stage on the module has exceeded a critical temperature of
125°C. The motor becomes switched off, until temperature falls below
115°C. The measurement is correct to about +/-10°C
The operational ratings show the intended / the characteristic range for the values and should be
used as design values. In no case shall the maximum values be exceeded.
The power supply has to be disconnected when plugging in a TMCM-160 module into the BB-160.
Do not connect or disconnect the motor while the unit is powered. Connecting or disconnecting
the motor while the unit is powered might damage it.
4.1 Power supply requirements
The power supply should be designed in a way, that it supplies the nominal motor voltage at the
desired maximum motor current. In no case shall the supply voltage exceed the upper voltage limits.
To be able to cope with voltage which might be fed back by the motor, the supply should provide a
sufficient output capacitor and / or a 39V suppressor (zener-)diode.
4.2 Motors
The TMCM-160 operates with a wide range of block commutated 3 phase BLDC motors with hall
sensors. Motors with 12, 24 or 36V (ask for 48V option) nominal voltage or any value in between are
supported with a coil current up to 3A nominal , 5A with forced cooling (up to 8.5 A current for short
time).