Position control by block operation using input signals (20 pages)
Summary of Contents for Panasonic MINAS A6 Multi Series
Page 1
REFERENCE SPECIFICATIONS MODEL Product Name. Book style servo system Product No. MINAS A6 Multi Series - Driver module section Issued on Apr. 11, 2019 Revised on Aug. 5 2024 Motion Control Business Unit,Industrial Device Business Division Panasonic Industry Co., Ltd.
Page 2
No. SX-DSV03454 Revisions Page Date Rev. Changed point Description Date of Revision Signed Changed drawing Reason for change, change contents submission Feb. 4, 2019 Initial Release Y.Shimogaki Apr. 11, 2019 Page 1 Add the product code for 2 encoder Y.Shimogaki Page 6 Add the product weight Y.Shimogaki...
Page 3
No. SX-DSV03454 Page Date Rev. Changed point Description Date of Revision Signed Changed drawing Reason for change, change contents submission 9-1. Update the table (Delete “EN 60204-1”) S. Tamaru Aug. 5, 2024 Page 37 Reference Specifications - MINAS A6 Multi...
No. SX- DSV03454 Contents 1. Scope ..................................1 2. Model Designation ............................... 3 3. Product Line-up ..............................3 3-1 Driver module .............................. 3 3-2 Accessories (included connectors) ....................... 4 4. Specifications ............................... 5 5. Appearance and name of each part ........................7 6.
Page 5
No. SX- DSV03454 11. Life span ................................47 11-1 Expected life span of the power supply and driver module ..............47 11-2 Standard life span ............................. 47 11-2-1 In-rush current protection circuit ..................... 47 11-2-2 Cooling fan ............................47 12. Warranty ................................48 12-1 Warranty period ............................
No. SX- DSV03454 -1- 1. Scope The contents of this specification document are related to the Book style servo system MINAS A6 Multi series manufactured by the Motion Control Business Unit, Industrial Device Business Division, Panasonic Industry Co., Ltd. This product is intended for industrial equipment. It cannot be used for any other purposes (e.g. for household).
Page 7
• All rights reserved. No part of this publication may be reproduced or transmitted in any form without prior permission. • Motion Control Business Unit, Panasonic Industry Co., ltd. reserves the right to make modifications and improvements to its products and/or documentation, including specifications and software, without prior notice.
No. SX- DSV03454 -3- 2. Model Designation Each segment of the product number has the following meaning. Type A : A - size MADM2A4KBX** B : B - size Series M : MINAS A6 Multi Module Type 1 : 1-axis Driver module 2 : 2-axis Driver module Safety Designation A : Advanced Safety...
Page 11
No. SX- DSV03454 -6- Environmental conditions Operation temperature 0 to 40 °C (without freezing) Temperature Storage temperature -20 to 55 °C (maximum temperature guarantee: 70 °C, 72 hours, without condensation) Humidity Working/storage humidity 20 to 85 %RH (without condensation) Working ambient condition Altitude 1,000 m above sea level or less...
No. SX- DSV03454 -7- 5. Appearance and name of each part Driver module/A - size X5: Safety I/O signal connector (cable side) X4: I/O signal connector (cable side) 2593050000 (Weidmüller) 2593030000 (Weidmüller) X1A, X1B: Cross communication connector (cable side) 2349354-3 (TE Connectivity) X4: I/O signal connector X1A, X1B: Cross communication connector 5555154-1 (TE Connectivity)
Page 13
No. SX- DSV03454 -8- Example of a rating plate • Side cover Model number Serial number QR code Example: P 2 0 0 8 0 0 0 1 Z Standard Lot number mark Month of Year of production production (Lower 2 digit of AD year) Input/Output voltage Country of Number of phase...
Page 14
No. SX- DSV03454 -9- • Front panel MADM2AAKBX Safety ID 400 V 1234567890 A19080001 The values of the Safety ID range from 000005000 to 4294967295. When accessing the driver module using “PANATERM for safety” via Ethernet/EOE, Safety ID is needed. The access method to the driver module by “PANATERM for safety”...
Page 15
No. SX- DSV03454 -10- Front panel • Front panel open state 2 digit 7-segment LED Node address setting for USB connector EtherCAT communication 0x10 (for motor setup) rotary switch(2-digit) Setting range: 0~FF USB connector (for safety) Mode selector button Node address setting for cross communication DIP switch (6 bits)...
No. SX- DSV03454 -13- 7. Configuration of connectors and terminal blocks 7-1 Cross communication connector X1A, X1B Pin No. Symbol Polarity Description DATA+ IN/OUT DATA- IN/OUT SYNC+ IN/OUT Only for system-internal usage/communication. SYNC- IN/OUT * Use the Cross communication cable included with the product. * Connect the Cross communication cable from X1B to X1A of the next driver module.
No. SX- DSV03454 -14- 7-2 I/O signal connector Pin No. Symbol Polarity Description General purpose digital input General purpose digital input General purpose digital input General purpose digital input SI-COM COMP1+ Position comparison output1+ COMP2+ Position comparison output2+ SO1+ General purpose digital output SO2+ General purpose digital output Frame ground...
No. SX- DSV03454 -15- 7-2-1 Connection example for I/O signal connector i-1: General purpose input 12 to 24 V 4.7 kΩ 4.7 kΩ 12 to 24 V S : Terminal No. 1, 2, 3, 4, 11, 12, 13, 14 P : Terminal No. 5 o-1: General purpose output 10 Ω...
No. SX- DSV03454 -17- 7-3-1 Connection example for Safety I/O connector (1) Safety input for sink output connection When connecting the sink output circuit to the safety input, connect the positive terminal of the external power supply DC 24 V to the common input (COMA, COMB). i-1: Grouped Safety Digital input (without Diagnostic test pulse) 24 V 10 mA...
Page 23
No. SX- DSV03454 -18- i-3: Grouped Safety Digital input (with Diagnostic test pulse) 24 V 10 mA EXGND 24 kΩ Control Circuit 10 mA EXGND 24 kΩ EXGND P : Terminal No. 17 PA : Terminal No. 10 SA : Terminal No. 12, 13, 14, 15 CA : Terminal No.
Page 24
No. SX- DSV03454 -19- (2) Safety input for source output connection When connecting the source output circuit to the safety input, connect the negative terminal of the external power supply DC 24 V to the common input (COMA, COMB). i-5: Grouped Safety Digital input (without Diagnostic test pulse) 24 V 10 mA EXGND...
Page 25
No. SX- DSV03454 -20- i-7: Grouped Safety Digital input (with Diagnostic test pulse) 24 V 10 mA EXGND 24 kΩ Control Circuit 10 mA EXGND 24 kΩ EXGND P : Terminal No. 17 PA : Terminal No. 10 SA : Terminal No. 12, 13, 14, 15 CA : Terminal No.
Page 26
No. SX- DSV03454 -21- (3) Safety output o-1: Safety output Isolation 24 V Control Circuit EXGND Isolation EXGND EXGND P : Terminal No. 17 OA : Terminal No. 4, 5 OB : Terminal No. 21, 22 G : Terminal No. 34 * When driving the relay directly, mount a diode in parallel with the relay in the direction shown in the above figure.
No. SX- DSV03454 -23- 7-5 USB connector (for motor setup), USB connector (for safety) X7, X8 Pin No. Symbol Polarity Description VBUS VBUS IN/OUT USB signal terminal IN/OUT USB signal terminal For manufacturer Signal ground *The connector type is USB mini-B. Terminal pin assignment of USB connector (for motor setup) X7, USB connector (for safety) X8 7-6 1 Encoder connector X9 (X9A, X9B)
No. SX- DSV03454 -26- 7-8 Motor output connector X105 (X105A, X105B) Pin No. Symbol Polarity Description Motor output (W phase) Motor output (V phase) Motor output (U phase) Protective Earth BRK- Brake output- BRK+ Brake output+ Pin assignment of Motor output connector X105A, X105B * X105A connector is for A axis, and X105B connector is for B axis.
No. SX- DSV03454 -27- 7-9 Power bus system Width: 100 mm Driver module Width: 50 mm Driver module Width: 50 mm Driver module Width: 50 mm Power supply module DC Link bus connector MINAS A6 Multi Book style servo system DC24V control power supply Link bus connector 50 mm...
Select wire suitable for the motor Protective earth Note 1) The above wiring length is the maximum value under the evaluation environment of Panasonic. It does not guarantee the operation under the working environment of the customer. Note 2) It is necessary to determine the wire diameter considering the 2 encoder specification and wire length.
No. SX- DSV03454 -29- 8-2 Wire processing For wiring the push-in connectors, ferrule terminal is recommended. Examples of ferrule terminals (Weidmüller Interface GmbH & Co. KG) are shown below. See datasheet of manufacturers for details. Make sure to use tools recommended by manufacturers. I/O signal connector: X4, Safety I/O connector: X5 (B2CF 3.50) Manufacturer Wire diameter...
Page 35
No. SX- DSV03454 -30- Cable-side connector is available shown below. Manufacturer part Panasonic Name Symbol Product type Manufacturer number option number Receptacle 3E206-0100 KV encoder DV0PM20010 connector (X9A, X9B) Shell kit 3E306-3200-008 5745172-1 Shield Kit TE Connectivity Ltd. (Cable dia. range: 8.51 to 9.52 mm)
No. SX- DSV03454 -31- 8-3 Assembly instructions 8-3-1 B2CF series Connector • I/O signal connector (X4) • Safety I/O connector (X5) Recommended tool • Screwdriver blade 0.4 × 2.5 • Screwdriver blade standard DIN 5264 Connecting solid conductors 1. A stripped solid conductor is simply plugged into the contact point up to the end stop. Connecting conductors with wire-end ferrule 1.
No. SX- DSV03454 -33- 8-4 Precautions for wiring 8-4-1 Wiring to the power connector and the terminal block A - size EX24 V EGND/EX24 V EXGND TOP Side COMA/COMB EtherCAT IN SDI1A/SDI1B X6A, X6B SDI2A/SDI2B EtherCAT OUT Safety Digital SDI3A/SDI3B Input SDI4A/SDI4B GND/24 V...
Page 39
No. SX- DSV03454 -34- [1] Insert the connector securely until it is locked. [2] Apply power supply voltage as specified in the rating plate. [3] Do not ground or short-circuit the motor output terminals (U, V, and W) each other. [4] High voltage is applied to power connectors X104 X105 .
No. SX- DSV03454 -35- 8-5 Dynamic brake Driver module (sizes A to B) has a dynamic brake built in for emergency stop. The dynamic brake can be operated in the following cases. [1] When power supply is turned off [2] When the servo is turned off [3] When the protective function is operated [4] When drive prohibiting input (POT, NOT) of connector X4 is operated During deceleration in the above cases [1] to [4] or after the stop of the servo drive, whether the dynamic brake is...
No. SX- DSV03454 -36- 8-6 Mounting direction and interval • Secure the surrounding space for effective cooling. • Install a fan to equalize the temperature in the control panel. • Sizes A to B have a cooling fan on the lower side. •...
No. SX- DSV03454 -37- 9. Compliance with the international standards 9-1 List of compatible standards for the servo drive Standard EMC Directive / EN 61000-6-2 EMC Regulation EN 61800-3 Low Voltage Directive / EN 61800-5-1 Low Voltage Regulation EU Directive/ UK Regulation EN ISO 13849-1:2015 (PL e, Cat.4) EN 61508 (SIL 3)
There is a possibility that content will change depending on the result of the compliance tests. Encoder Safety target and applicable safety functions SIL3, PL e Cat.3/Cat.4 for STO, SBC, Panasonic A6 None encoder SIL2, PL d Cat.3 for SS1, SLS, SSM, SSR •...
No. SX- DSV03454 -39- 9-3 EU Directive / UK Regulation We achieve compliance with the standards related to the Low Voltage Directive / Regulation, so that the embedded machines and devices can easily comply with the EU Directive / UK Regulation. 9-3-1 Compliance with the EMC Directive / Regulation The servo drive and the servo motor are not intended to be used on a low-voltage public network which supplies residential premises;...
No. SX- DSV03454 -40- 9-3-2 Power supply +10 % 400 V AC TN system 3-phase 380 V to 480 V 50/60 Hz -15 % (1) Use them under the environment of overvoltage category III stipulated in IEC60664-1. (2) Use insulated-type 12 to 24 V DC power supply for I/O in compliance with the CE marking or the EN standard (EN60950).
No. SX- DSV03454 -42- 9-4 Compliance with the UL standard [1] Installation environment Install the servo drive under the environment at pollution level 2 stipulated in IEC60664-1. Be sure to connect a UL-certified MCCB or fuse to the main power supply. Use copper conductor wires whose temperature rating is 75 °C or higher.
No. SX- DSV03454 -43- Safety Precautions 10. Safety Precautions ■The degree of the injury or damage caused when using the product improperly is categorized and an explanation is provided. Indicates “actions carrying a significant risk of death or serious injury.” Indicates “actions carrying the risk of the occurrence of minor injury or property damage.”...
Page 49
No. SX- DSV03454 -44- Safety Precautions (14) Wiring work should be done by an electrician's expert. (15) Protective devices are not attached to motors other than those specified. Please protect with overcurrent protection device ·earth leakage circuit breaker, ·temperature overheat prevention device, ·emergency stop device etc. (16) When operating the servo driver after the earthquake, please check the installation condition of the servo driver/motor and the safety of the machine beforehand and check that there is no abnormality before driving.
Page 50
No. SX- DSV03454 -45- Safety Precautions (35) Do not drop or fall over during transportation or installation work. (36) Do not climb onto the motor or place heavy objects on it. (37) Please block the heat release hole of the servo driver, please do not put foreign matter. (38) Please do not use in direct sunlight.
Page 51
No. SX- DSV03454 -46- Safety Precautions Temperature around the drive The life span of the drive significantly depends on ambient 50 mm 50 mm temperature. Make sure that temperature within 200 mm from the drive and power supply not exceed the working temperature range. 200 mm If it is impossible to measure temperature in a place 50 mm away from the servo drive, perform measurement at the mid point in the...
No. SX- DSV03454 -47- 11. Life span (This is not a guaranteed item.) 11-1 Expected life span of the power supply and driver module When the servo drive is used continuously under the following conditions, the expected life span is 28,000 hours. Definition of life ...
No. SX- DSV03454 -48- 12. Warranty 12-1 Warranty period Warranty period shall be 12 months from the ex-factory date or 18 months from the date of manufacturing. This Warranty shall be exempted in the following cases, (1) defects resulting from misuse and/or repair or modification by the customer. (2) defects resulting from drop of the Product or damage during transportation.
No. SX- DSV03454 -49- 13. Network security When using this product connected to a network, the following damages may occur. (1) Leakage of information via this product. (2) Unauthorized operation of this product by a malicious third party. (3) Interference of this product by a malicious third party. In order to prevent such damage, take sufficient network security countermeasures including the following under your responsibility.
No. SX- DSV03454 -50- 14. Others (1) Precautions for exporting this product and equipment incorporating this product. When the end user of this product and the end use relates to military or weapons etc., it may become subject to export restrictions prescribed by the "Foreign Exchange and Foreign Trade Control Law", so when it is exported, the examination and necessary export.
Need help?
Do you have a question about the MINAS A6 Multi Series and is the answer not in the manual?
Questions and answers