Fuji Electric SPF PLC Programmable Logic Controller
The Fuji Electric SPF PLC series delivers essential control capabilities in a compact and economical design, making it ideal for entry-level automation solutions. Whether you're upgrading from relay control or integrating into compact machinery, CP1E combines ease of use, flexible programming, and solid performance with Omron's trusted quality.
Categories:
Fuji PLC- Delivers high-speed processing with instruction execution speeds of 0.3μs for basic instructions and 0.87μs for data instructions, enhancing production capacity.
- Supports 200 kHz, 4-axis pulse output for advanced, high-accuracy positioning in sophisticated automation systems.
- Offers two basic unit types: NA0PA for servo-based positioning control and NA0PB for general equipment control without a servo system.
- Supports RS-232C, RS-485, and Ethernet communication via a small board, with optional left-side extension unit for flexible integration.
- Provides two programming tools—Expert (IEC 61131-3 compliant) and Standard (ladder logic)—both supporting function blocks (FB).
| Item | Specifications | |
|---|---|---|
| Physical environment | Operating ambient temperature | 0 ～ +55℃ |
| Storage (transportation) temperature | -20 ～ +70℃ | |
| Relative humidity | 20 to 95% RH, No condensation (5 to 95% RH during transportation, No condensation) | |
| Pollution degree | Pollution degree(2 Note 1) | |
| Corrosion resistance | No corrosive gas No adhesion of organic solvents |
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| Usage altitude | Altitude of 2000 m or less (Air pressure of 70 kPa or more during transportation) |
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| Mechanical resistance | Vibration resistance | One-way amplitude: 0.15 mm, constant acceleration: 19.6 m/s2 2 hours in each direction, total of 6 hours (Note 2) (Note 3) |
| Shock resistance | Peak acceleration: 98 m/s2 , 3 times in each direction | |
| Electrostatic discharge | Electrostatic discharge | ±4 kV: Contact discharge method ±8 kV: Aerial discharge method |
| Radiated radio Frequency electromagnetic field |
80-1000MHz 10V/m 1.4-2.0GHz 3V/m、2.0-2.7GHz 1V/m |
|
| EFT burst wave | Power line, I/O signal line (AC non-shielded line): ±2 kV Communication line, I/O signal line (excluding AC non-shielded line): ±1 kV |
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| Lightening surge | AC power supply: Common mode ±2 kV, Normal mode ±1 kV DC power supply: Common mode ±0.5 kV, Normal mode ±0.5 kV |
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| Radio-frequency electromagnetic field conduction interference |
150 kHz to 80 MHz, 10 V | |
| Power frequency magnetic field | 50 Hz, 30 A/m | |
| Square wave impulse noise | ±1.5 kV, rise time 1 ns; pulse width 1 μs, 50 Hz | |
| Structure | Open type equipment (panel built-in type) | |
| Cooling system | Natural air cooling | |
| Item | Basic unit specifications | |||||
|---|---|---|---|---|---|---|
| 14/24 points | 32/40/60 points | |||||
| Control system | Stored program and cyclic scanning system(default task), periodic task, event task | |||||
| I/O connection method | Direct I/O system: Local bus | |||||
| Direct I/O control method | Overall | Scan batch refresh method | ||||
| Digital I/O | Task synchronization refresh method | |||||
| MPU | 16-bit OS/Executing Processor (dual use) | |||||
| Memory type | Program memory, data memory, temporary memory | |||||
| Programming language <IEC61131-3 compliant> | IL language (Instruction List) | |||||
| ST language (Structured Text) | ||||||
| LD language (Ladder Diagram) | ||||||
| FBD language (Function Block Diagram) | ||||||
| SFC elements (Sequential Function Chart) | ||||||
| Instruction word length | Variable length (depending on the instruction) 1 step = 32-bit length | |||||
| Instruction execution time | LD instruction 0.30 μs | |||||
| Program memory capacity | 8 k steps (1 step = 32 bits) | 20 k steps (1 step = 32 bits) | ||||
| I/O memory (I/Q) | %I, %Q | Fixed | 512 words | |||
| System memory (SM) | %M 10 | Fixed | 512 words | |||
| Data memory capacity | 20 k words | 20 k steps (1 step = 32 bits) | ||||
| High-speed standard memory (M) | %M 1 | Fixed | 4 k words | |||
| Standard memory (M) | %M 1 | Variable | 0 k word | 4 k words | ||
| Retained memory (RM) | %M 3 | Variable | 2 k words | 4 k words | ||
| UserFB instance memory (FM) | %M 5 | Variable | 4 k words | 8 k words | ||
| UserFB instance memory initial value setting area | - | Variable | 4.5 k words | 9 k words | ||
| SystemFB instance memory (SFM) | %M 8 | Variable | 5.5 k words | 11 k words | ||
| Timer | Variable | 256 points (2 k words) | 512 points (4 k words) | |||
| Integrating timer | Variable | 0 point (0 k word) | 0 point (0 k word) | |||
| Counter | Variable | 256 points (1 k words) | 512 points (2 k words) | |||
| Edge detection | Variable | 1024 points (2 k words) | 2048 points (4 k words) | |||
| Other | Variable | 0.5 k words | 1 k words | |||
| FB instance information area (number of instances usable in UserFB) |
1024 words (256 info.) |
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| ZIP file area | 64 K bytes | |||||
| Data type | REAL: Real type INT: Integer type |
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| DINT: Double-precision integer type | ||||||
| UINT: Unsigned integer type | ||||||
| UDINT: Unsigned double-precision integer type | ||||||
| BOOL: 1-bit bit string type | ||||||
| WORD: 16-bit bit string type | ||||||
| DWORD: 32-bit bit string type | ||||||
| DT: Date and time type | ||||||
| DATE: Date type | ||||||
| TOD: Time type | ||||||
| TIME: Duration type | ||||||
| Array data type | ||||||
| Structure data type | ||||||
| Number of tasks | Default task | 1 | ||||
| Periodic task | 15 (Total number of periodic and event tasks) |
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| Event task | ||||||
| POU | UserPG | 64 / default task 8 / Interrupt task |
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| UserFB | 128 | |||||
| UserFCT | 128 | |||||
| Number of nested UserFB/FCT calls |
Total of 64 steps (UserFB/FCT calls from PG are also included) |
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| Diagnostic function | Program check, watchdog timer, etc. | |||||
| Security function | Password | |||||
| Calendar function | Supported | |||||
| Backup | Program memory | FLASH memory | ||||
| System definition | FLASH memory | |||||
| Zip file | FLASH memory | |||||
| Data memory | Battery: SRAM | |||||
| Calendar | Battery: RTC | |||||
| Memory pack | External: Detachable | Storage content : Program : System definition : ZIP file : Data |
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| Unit Type | Description | Model |
|---|---|---|
| CPU Unit | ||
| Advanced Unit with Motion Control | 24 V DC DI 8 points; Tr DO 6 points; RS-232C port; 24 V DC supply | NA0PA14T-34C |
| 24 V DC DI 14 points; Tr DO 10 points; RS-232C port; 24 V DC supply | NA0PA24T-34C | |
| 24 V DC DI 20 points; Tr DO 12 points; RS-232C port; 24 V DC supply | NA0PA32T-34C | |
| 24 V DC DI 24 points; Tr DO 16 points; RS-232C port; 24 V DC supply | NA0PA40T-34C | |
| 24 V DC DI 36 points; Tr DO 24 points; RS-232C port; 24 V DC supply | NA0PA60T-34C | |
| 24 V DC DI 8 points; Ry DO 6 points; RS-232C port; 24 V DC supply | NA0PB14R-34C | |
| 24 V DC DI 14 points; Ry DO 10 points; RS-232C port; 24 V DC supply | NA0PB24R-34C | |
| 24 V DC DI 20 points; Ry DO 12 points; RS-232C port; 24 V DC supply | NA0PB32R-34C | |
| Basic Unit | 24 V DC DI 24 points; Ry DO 16 points; RS-232C port; 24 V DC supply | NA0PB40R-34C |
| 24 V DC DI 36 points; Ry DO 24 points; RS-232C port; 24 V DC supply | NA0PB60R-34C | |
| Expansion Unit | ||
| DI/O Expansion Unit | 24 V DC DI 14 points; Ry DO 10 points; 24 V DC supply | NA0E24R-34 |
| 24 V DC DI 14 points; Tr DO 10 points; 100 to 240 V AC supply | NA0E24T-8-3 | |
| 24 V DC DI 4 points; Ry DO 4 points | NA0E08R-3 | |
| 24 V DC DI 4 points; Tr DO 4 points | NA0E08T-3 | |
| Tr DO 8 points | NA0E08T-O | |
| DI/O Expansion Module | 24 V DC DI 8 points | NA0E08X-3 |
| Ry DO 16 points | NA0E16R-O | |
| Tr DO 16 points | NA0E16T-O | |
| AI/O Expansion Module | Analog Output 2ch (-10V~10V or 0~10V or 0~20mA, 0~20mA) | NA0X02O-MR |
| Analog Input 4ch + Analog Output 2ch (-10V~10V or 0~10V or 0~20mA, 0~20mA) | NA0X04IO-MR | |
| Analog Input 6ch (±10V, 1~5V, 0~10V, 0~20mA) | NA0X06I-MR | |
| AI/O Expansion Board | Analog Output 2ch (±10V or 0~20mA) | NA0X02O-MR |
| Analog Input 2ch + Analog Output 1ch (±10V or 0~20mA) | NA3A03WRS-MR | |
| Temperature Measurement Module | Thermocouple input 2ch | NA0X02C-TC |
| Thermocouple input 16ch | NA0X16C-TC | |
| Load Cell Module | 1ch, Resolution 16 bits (Right side Expansion/CPU) | NA0F-LC1 |
| Communication Module (Left side/CPU) | 1ch, Resolution 24 bits (Left side Expansion/CPU) ×3 | NA0FA-LC1 |
| Communication Board (On CPU front side) | 2 ports RS-485 (Port 3 + Port 4) | NA0LA-RS5 |
| 1 port RS-232C (Port 1) + 1 port RS-485 (Port 2) | NA3LA-RS1 | |
| 1 port 10BASE-T/100BASE-TX Ethernet | NA3LA-ET1 | |
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Catalog Name
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Catalog Number[size]
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Last Update
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| SPF Data Sheet | --- [1980KB] |
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SPF Data Sheet |
Applications
- Packaging machinery requiring compact and efficient control systems.
- Conveyor systems in manufacturing and logistics operations.
- Automatic assembly lines needing high-speed sequence processing.
- Textile and printing machines with multi-axis positioning requirements.
- Food and beverage processing equipment with reliable communication interfaces.
- General industrial automation for small to mid-sized machinery.
Why Choose
- Affordability: Low-cost control without compromising quality.
- Flexibility: Expandable I/O and communication options.
- Reliability: Built on Omron's decades-long industrial automation expertise.
- Ease of Use: Intuitive software and compact design simplify deployment.
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