Matsushita FP1-Series Programmable Logic Controllers

1 Matsushita FP1-Series Programmable Logic Controllers Content: 1998. Product Numbers: up-to-date 04/2005. 04/2005. Compact yet Powerful FP1 series Programmable Logic Controllers . The FP1 Compact controller Quality Management and UL/CSA. from Matsushita is one of the Product Safety most powerful Programmable The UL/CSA symbol shows Logic Controllers in its class. ISO90001 that Matsushita PLC modules The continuous development have been tested and certified of our proven PLC technology Matsushita , known for deca- as complying with the de- has allowed us to offer the des for producing high-quality manding safety requirements performance of much larger industrial products, has always of North America. systems in a small compact made every effort to ensure PLC. Practical application and quality at all stages, from innovation has produced a fast design through production to Service as well as Quality and reliable PLC system which customer service.

2 In order to can solve a wide range of con- demonstrate these strict By selecting the FP1 series you trol tasks. Flexible expansion internal quality guidelines to have chosen a flexible and modules in addition to power- its customers, Matsushita future-proof investment. As ful local and wide area net- Electric Works Ltd., Japan well as strict control of pro- working capabilities open up along with its European sub- duct quality, Matsushita offers application field not previously sidiaries, has been certified exemplary customer service. considered possible with this according to ISO9000 for many Product training courses, size of PLC. years. structured in accordance with FPWIN Pro is an advanced pro- target groups, are a keystone gramming software package of the overall product concept. designed to complement the CE label And where there are a number advanced features of the FP1 of different ways of implemen- system.

3 As from the compo- ting your application we will Five IEC61131-3 stadardized nents in our FP1 as well as in be glad to advise you. programming languages and a all other FP series bear the CE. standard addressing structure mark. allow the user to develop detailed application programs. The WINDOWS based user interface allows flexibility never before found with pre- vious packages and lets soft- ware developers operate with maximum efficiency and cost effectiveness. * Registered trademark of Microsoft 3. 04/2005. Small size High Intelligence. The Basic controller . Type description FP1 C14 FP1 C16 The FP1, available for applica- tions with as few as 14 I/O, offers many opportunities to Inputs / Outputs (I /O) 8 /6 8/8 quickly and reliably automate Max. number of I /O 54 (14 / 40) 56 (16/ 40) manufacturing, control or Programme capacity 900 commands monitoring processes.

4 Due to Memory type EEPROM. its very small size, the FP1 can Number of commands be installed almost every- Basic commands 41. Additional commands 85 where even in mobile Dimensions (mm) 120 x 81 x 45 / 74 (DC / AC) applications using the 24 VDC. powered version. The FP1 is not just an intelligent alterna- tive to simple hard-wired relay or contactor circuits. Instead it is a complete control system which, because of its powerful yet simple operation, offers Type description FP1 C24 (C) FP1 C40 (C) significant overall cost reductions. Inputs / Outputs (I /O) 16/ 8 24/16. Max. number of I /O 104 (24 / 40 /40) 120 (40 / 40 / 40). Programme capacity 2720 commands Some general data: Memory type RAM Standard, EPROM/ High processing speed, EEPROM plug-in 1,6 s per logical instruction Number of commands 32 bit word processing Basic commands 80. Additional commands 111. Up to 16 Programmable Dimensions (mm) 190x96x45/74 (DC/AC) 260x96x45/74 (DC/AC).

5 Subprogrammes RS422 interface RS232C interface (from C24). Plug-in screw terminals (from C24). Pulse catch inputs from 500 s Pulse outputs Network capability Type description FP1 C56 (C) FP1 C72 (C) DIN rail mounting Universal power supply Inputs / Outputs (I /O 32 / 24 40 /32 Universal software for all Max. number of I /O 136 (56 / 40 / 40) 152 (72 / 40 / 40) Matsushita PLCs Programme capacity 5000 commands Programming languages: Memory type RAM Standard, EPROM/. Ladder Logic programming, EEPROM plug-in Instruction list, Function Number of commands Basic commands 81. block diagram, Sequential Additional commands 111 function chart, Structured text Dimensions (mm) 260x120x45/74 (DC/AC) 300x120x45/74 (DC/AC) Programmable using IBM. compatible AT PC. 4. 04/2005. 04/2005. All Data. At a glance. 1. PLC Data. 3. General Data. Type description C14/ 16 C24 (C) C40 (C) C56(C)/ 72(C) AC-Version DC-Version Inputs / Outputs 8 /6 8/8 16/8 24/ 16 32/ 24 40/ 32 Supply Voltage 100 to 240 V 24V.)

6 Max. no. of I/O 54 56 104 120 136 152 Input Voltage 14 / 40 16 / 40 24/ 40 / 40 40/40/40 56/ 40/40 72/ 40/40 Range 85 to 264 V 20,4 to 26,4V. Processing Max. Current consumption speed 1,6 s per logical instruction C14/ 16 0,2 A at 200V 0,3 A at 24 V. C24 0,3 A at 200V 0,4 A at 24 V. Programme capacity 900 Commands 2720 Commands 5000 Commands C40 0,3 A at 200V 0,5 A at 24 V. Memory Type EEPROM RAM Standard, EPROM and EEPROM plug-in C56 0,4 A at 200V 0,6 A at 24 V. C72 0,4 A at 200V 0,6 A at 24 V. Number of Commands Working temperature Basic Commands 41 80 81. range 0 C to +55 C. Additional Commands 85 111 111. Storage temperature -20 C to + 70 C. Flags 256 1008. Max. relative humidity 30% to 85% non condensing Special Flags 64. Insulation 100 M (measured with a 500 VDC megger testing). Timers / Counters 128 144. Resistance between external terminal and frame ground Data Registers 256 1660 6144.

7 Vibration 10Hz to 55 Hz, 1 cycle/min. with Double amplitude 0,75mm System Registers 70 Resistance 10min. per axis (x, y, z). Index Registers 2 words Shock Resistance min. 98 m/s2, 4x each axis (x, y, z). Master Control Relays 16 32 Noise 1000 Vpp with impulse width 50 ns and 1 s Label (JMP, LOOP) 32 64 sensitivity from noise generator Step ladders 64 128 Sensor/actuator C14, C16: 110 mA. power supply (24 VDC) C24 (C), C40 (C): 230 mA. Subroutines 8 16 C56 (C), C72 (C): 400 mA. Interrupts 9. Input time filtering (Selectable) 1 ms to 128 ms 4. Input Data. Pulse Catch Inputs (Selectable) 4 8. Input Voltage to VDC. Pulse outputs 1 (45 Hz-4,9 kHz) 2 (Multiplex). Type of isolation Optocoupler (45 Hz-4,9 kHz). On/Off ON: > 10 V. Analogue Timers 1 2 4 Current OFF: < V. Communications optional 1 RS232C Input Resistance: approx. 3 k . Interface (300 - 19200 Bit/s). Real Time Clock available Self Diagnosis Functions Watch-dog-Timer, Back-up Battery Supervision, Syntax Control 5.

8 Output Data. Battery life appr. 27 000 h (C24C, C40C, C56C, C72C). (at 25 C) appr. 53 000 h (C24, C40, C56, C72) Relay Output Output type 1 Normally Open contact Rated control capacity 2 A 250 VAC, 2 A 30 VDC (resistive load), max. 5 A / Common 2. High Speed Counter. Operational life (mech.) Min. 5 million ops Operational life (electr.) Min. ops at max. load Description Transistor Output Counting method 1 Channel Output type Open Collector (On-/Off mode, 2-phase mode). Isolation Optocoupler Counting range from to Switched voltage 5 to 24 VDC. Max. On-/Off mode: 10kHz Counting speed 2-phase mode: 5kHz Rated control capacity A. 6. 04/2005. Intelligent Expansion. FP1 Expansion Modules. The FP1 allows you to control E16 expansion module: up to 152 individually-con- 8 Inputs / 8 Outputs, figured digital inputs and 16 Inputs or 16 outputs outputs. It is a simple matter Relays or transistor of expanding the FP1 basic Dimensions (mm): unit by connecting input and 120 x 81 x 45 (DC).

9 Output modules using ribbon cables in either one or two expansion stages. E24 expansion module: Relay and transistor outputs, 16 Inputs / 8 Outputs PNP and NPN, 24 V DC and Relays or transistor 230 V AC supply voltages all Dimensions (mm): expansions can be combined 190 x 96 x 45/74 (DC/AC). on a project-oriented basis. E40 expansion module: E8. The smallest expansion 24 inputs / 16 outputs module: Relays or transistor 4 Inputs / 4 Outputs, Dimensions (mm): 8 Inputs or 8 Outputs 260 x 96 x 45/74 (DC/AC). Relays, transistor or triac Dimensions (mm): 80 x 81 x 45 (DC). First expansion Second expansion E8. 4 inputs and 4 outputs or 8 inputs or 8 outputs E16. 8 inputs and 8 outputs or Type C14 16 inputs or 16 outputs C16 E24. 16 inputs and 8 outputs E40. 24 inputs and 16 outputs E8 E8. 4 inputs and 4 outputs or 4 inputs and 4 outputs or 8 inputs or 8 outputs 8 inputs or 8 outputs Type C24.

10 C40 E16 E16. 8 inputs and 8 outputs or 8 inputs and 8 outputs or 16 inputs or 16 outputs 16 inputs or 16 outputs E24 E24. 16 inputs and 16 inputs and 8 outputs 8 outputs Type C56. C72 E40 E40. 24 inputs and 24 inputs and 16 outputs 16 outputs 7. 04/2005. FP1 additional modules. No. of Inputs 4 Analogue Input Module. Voltage range 0-5 V DC / 0-10 V DC. Current range 0-20 mA DC A maximum of one analogue (Selectable with link). input module can be used for Resolution 1 / 1000 of full range (10 bit). each CPU base unit. Conversion time ms per channel Dimensions (mm) 120 x 81 x45/74 (DC/AC). Analogue Output Module. A maximum of two analogue No. of Outputs 2. output modules can be used for Voltage range 0-5 V DC / 0-10 V DC. each CPU base unit. Current range 0-20 mA DC. (Selectable with link). Resolution 1 / 1000 of full range (10 bit). Conversion time 2,5 ms per channel Dimensions (mm) 120 x 81 x45/74 (DC/AC).