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CANON Digital Galvano Scanner System
Be sure to read this guide before using the product.
Keep this guide carefully for future use.
For Safe and Correct Use To prevent injury to the user or damage to property, this guide gives information for the safe and correct use of this product. Before installation, operation, maintenance, or inspection, be sure to read this guide. Markings This guide uses the following markings: Warning This indicates the possibility of death or serious injury by a fire or electric shock. Caution This indicates the possibility of injury or damage to property. Warning Do not use the pr
Contents 1. Product Outline 1.1 ··· Features ··········································································································· 5 1.2 ··· Configuration ·································································································· 5 2. Specifications 2.1 Galvano Motor (KP-1SM30, SM100) ······························································ 6 2.2 Controller (GC-251) ··································································
6. Other - Operation Setting 6.1 Setting Controller Activation Mode ····························································· 46 6.2 Operation that synchronizes with external trigger Signal input ··············· 48 7. Commands 7.1 List of Commands ························································································· 50 7.2 Details of Commands ··················································································· 52 8. Parameters 8.1 List of Param
1. Product Outline 1.1. Features The Canon Digital Galvano Scanner System is fully digitally controlled with a high-precision optical encoder on the galvano motor and a high-speed digital signal processor (DSP) on the controller. This system has the following features: High positioning precision Low temperature drift Fast and stable operation by a unique control system Easy tuning by parameter setting 1.2. Configuration This system supports various applications by the comb
2. Specifications 2.1. Galvano Motor (KP-1SM30, KP-1SM100) Performance and shape KP-1SM30 KP-1SM100 Conforming Φ10 to φ20 Φ20 to φ30 beam diameter Scan angle ±20 deg ±20 deg Number of encoder 83328 pulses/rotation 83328 pulses/rotation pulses Command resolution 0.036 μrad 0.036 μrad Torque constant 0.041 Nm/A 0.093 Nm/A Weight 0.95kg 1.65kg (Reference) Command resolution The controller of this system divides one encoder cycle into 2048. KP-1SM30,SM100 is co
2.2. Controller (GC-251) Performance and shape GC-251 Number of control axes 2 Control sampling 100 kHz Maximum drive current 10 A (each axis) High-speed serial communication for position input (XY2-100) Interface Control RS-232C Digital notch filter ×2 Notch filter Digital low-pass filter ×1 Analog notch filter ×3 Weight 500 g Environmental conditions Operating temperature and humidity 0 to 50ºC, 90% RH or less (No condensation) Storage temperature and humidity -20 to 60º
2.3. Outline Drawing KP-1SM30 126.2 3-M4 Depth 8 11.5 7.5 37 48 Thermistor Cable Encorder Cable Motor Cable KP-1SM100 TBD CANON Digital Galvano Scanner System KP-1SM Series + GC-251 Users Manual 1.00 8 56 0 6.35 -0.01 34 36h7
GC-251 118 4-M3 7 38 5 120 4- 3.5 125 CANON Digital Galvano Scanner System KP-1SM Series + GC-251 Users Manual 1.00 9 88 33 80 10 5
2.4. Power Supply Power supply specifications +24 V ± 10% 10 A (max) × 2 axes (For motor drive) +5 V ± 5% 2.8 A (For control circuit) 2.5. Connections IF board High Speed serial Communication Digital Input/Output RS-232C +24V power +5V power Axis2 Axis1 Encoder Signal Galvano motor Board CANON Digital Galvano Scanner System KP-1SM Series + GC-251 Users Manual 1.00 10
2.6. Connector Pin Arrangement (Connector types) Axis 1 motor encoder Axis 2 motor encoder +5 V power supply +24 V power supply RS-232C High-speed serial communication Digital input/output Analog monitor Fan power supply (+24 V) CANON Digital Galvano Scanner System KP-1SM Series + GC-251 Users Manual 1.00 11
(Pin arrangement) +5 V power supply Connector model number Connector Model No. Manufacturer Board side S2P-VH JST Cable side VHR-2N JST Connector pin arrangement Pin No. Signal Description 1 +5 V 2 GND +24 V power supply Connector model number Connector Model No. Manufacturer Board side S4P-VH JST Cable side VHR-4N JST Connector pin arrangement Pin No. Signal Description 1 +24 V input for Axis 1 2 +24 V input for Axis 2 3,4 GND RS-232C Connector model nu
High-speed Serial Communication Connector model number Connector Model No. Manufacturer Board side SM12B-PASS-1-TB JST Cable side PAP-12V-S JST Connector pin arrangement Signal Signal Description Pin No. Name 1 CLK- Clock (-) 2 CLK+ Clock (+) 3 FS- Frame sync (-) 4 FS+ Frame sync (+) 5 XD- Axis 1 data (-) 6 XD+ Axis 1 data (+) 7 YD- Axis 2 data (-) 8 YD+ Axis 2 data (+) 9 STS- Status (-) 10 STS+ Status (+) 11 GND System GND 12 FG Frame GND The signal levels d
Fan Power Supply Connector model number Connector Model No. Manufacturer Board side S04B-PASK-2 JST Cable side PAP-04V-S JST Connector pin arrangement Pin No. Signal Description 1 +24 V Output 2 GND 2 Fan Rotation Error (Open collector Input) 3 (No connection) CANON Digital Galvano Scanner System KP-1SM Series + GC-251 Users Manual 1.00 14
2.7. Control Specifications The controller (GC-201, GC-101) is operated by: • RS-232C command input • High-speed serial communication In addition, either the internal clock or external clock (high-speed serial communication) can be selected for operation. External Clock Internal Clock (High-speed serial communication) Clock pulses generated by the High-speed serial communication Clock input controller internal circuit clock pulses RS-232C command High-speed serial communication
2.7.1 RS-232C command input RS-232C command input allows the following: • Operation setting • Parameter setting • Error processing • Status check (For details, see 7, “Commands.”) If position data send by high-speed serial communication is disabled, RS-232C command input is enough for the following: • Step movement • Raster scan (Continuous oscillation of a certain angle at a fixed frequency) (Communication specifications) Wiring Cross wiring Communication rate 38400 bps
(Command specifications) In response to command send, the controller returns a reply with data. The data contents depend on the command. (For details, see 7-2, “Command Details.”) Command send A Axis No. C Command ID / Data Delimiter Command Axis No. Command ID Delimiter Data Decimal, 3-digit 1 or 2 LF or CR Added to command as (See 7-1 for details) required (decimal ) E.g. Servo ON ID = 4 Data = 1 A1C004 / 1 (LF)
Parameter of controller can be changed by the following sending method to controller. Also in response to parameter send, the controller always returns a reply with data. The data contents depend on the command. (For details, see 7-2, “Command Details.”) When changed a parameter of it, to start it by the same setting in power supply on at the next time; the parameter that changed, it is necessary to write in it at ROM. Parameter send A Axis No. P Command ID / Dat
For the ROM Write of the parameter, a reply with data has been sent by all means by a controller. The content of data is different by a parameter. (For details, see 7-3, “Parameter Details.”) Note Please make the ROM write of the parameter after enough confirmation. Depending on value for change, the controller may not start normally. Parameter ROM Write send E Axis No. P Command ID / Data Delimiter Parameter Command ID Delimiter Axis No. Parameter
2.7.2 High-speed serial communication To control the mirror to an arbitrary position by Marking or any other application, target position data updated as required can be given to the controller by using high-speed serial communication. By setting, the controller can be activated in the mode of tracking a target position specified by high-speed serial communication. (For details, see 6-1, “Setting Activation Mode.”) (Communication specifications) Base clock (CLK) 2 MHz Frame sync (
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