Fuji Electric CC-M Data sheet

CC-M MULTI-LOOP CONTROLLER

FOUR COMPLEX PROCESSES. ONE SIMPLE SOLUTION.

Fuji Electric brings its extensive knowledge and experience in process control instrumentation into the new, state-of-the-art multi-

loop process controller, the CC-M. Intelligent integration of control and communications is the hallmark of this unique controller.

It is one of the most compact in the industry for a controller with this much sophistication and flexibility. Get up to four control

loops with a variety of control methods, advanced network features, extensive I/O expansion, data-logging with robust storage,

and user-friendly 16-color LCD display — all for a price that is unbeatable. CC-M is used in water treatment, combustion furnace,

multi-point gas analysis, chemical injection and incineration systems, to name a few.

• Multiple Loops

Up to 4 control loops, with 4 control outputs and 8 PID blocks.

• Choice of Several Control Methods

Single loop, multi-loop, cascade, ratio, PLC.

• Program Loader

Program via PC using exclusive loader software

• Advanced Network Interface

Connect multiple units with PC, PLC or to several I/O modules

• Data-Logging

Sample and store up to 1.35 million data points

• Colorful Graphical Display

16-color back-lit LCD; view trends, bar graphs, parameter menu, process status, etc.

• Back-Up Operation

Back-up unit takes over control if main unit fails

Information subject to change without notice. Prices in USD.

CC-M, CONTINUED

CC-M SPECIFICATIONS

GENERAL

NUMBER OF LOOPS & PID 1 Loop: 1 control output/2 PID
(Selectable from the 2 Loops: 2 control outputs/4 PID
following) 4 Loops: 4 control outputs/8 PID

PROGRAMMING METHOD Control and computation functions are

implemented by combining function software
modules called Wafers. Configuration could be
performed from the keypad or from a PC.

PROGRAM CAPACITY 48 Wafers x 4 loops (max. 192 wafers); 2ksteps

of ladder. Wafer types include Primary PID,
Secondary PID, Arithmetic and Logic operators,
Square-root extraction, Ramp function, Averaging,
Sample & hold, Pulse width modulation, etc.

PROGRAMMING LOADER Wafer connections and operating parameters
SOFTWARE can be entered, edited, uploaded or downloaded

from a PC

SOFT PLC Using a PC-based configuration software such as

ISaGRAF®, PLC control can be implemented.
CC-M supports three IEC61131-3-based formats–
Ladder, Sequential Function and Function Block,
Structured Text, and Instruction List

DISPLAY 16-color graphic LCD with CFL back-light and

contrast adjustment. CC-M has three kinds of
menu screens for set-up and monitoring.
Menu 1: Select from Loop Panel screen, Bar graph
display, trend screen, Alarm status display, Analog
and digital input/output indication screen.
Menu 2: 8 different parameter setting screens
Menu 3: 5 different screens for wafer connection,
system definition, function definition and
communication setting.

BACK-UP OPERATION An optional back-up unit can be installed. In case

of a fault condition in the main unit, a balanceless
and bumpless transfer of control from the main
unit to the back-up unit can be achieved for
manual control of the process outputs.

DATA STORAGE Data from 32 different trends can be sampled

simultaneously and stored on compact flash
memory cards.

MEMORY CARD INTERFACE Capacity: 4, 20, 30 MB (30MB holds 1.35 million

data points)
Sampling Frequency: 1 second to 2 hrs.
Storage Format: ASCII

POWER SUPPLY VOLTAGE 85 to 26VAC, 47 to 63 Hz. 20 to 30 VDC (option)
RANGE

POWER CONSUMPTION 60 VA or less( 85 to 264 VAC). 30Ωor less

(20 to 30 VDC)

INPUT

NUMBER OF INPUTS 8 process inputs, or 6 process inputs and 2

temperature inputs, 10 digital inputs

PROCESS INPUTS 0 to 5 VDC, 1 to 5 VDC (default) and 0 to 10VDC.

For mA input, a 250Ω shunt resistor is required

TEMPERATURE INPUTS Thermocouple: J, K, R, B, T, E, S, N, U, WRe5-26,

PL II. RTD: Pt100

INPUT ACCURACY Process Inputs: ±0.1% of full span (FS) ±1 digit

Thermocouple: ±0.2% FS ±1 digit; B type – ±5%
for 0-400°C, S; R type – ±1% for 0-500°C
RTD: ±0.2% FS ±1 digit

INPUT SAMPLING TIME 100 ms
DIGITAL INPUTS 10 digital inputs available. No-voltage contact or

transistor input
Contact Rating: 30 VDC, 10mA
No-Voltage Contact Resistance: 200Ωor less
at ON. 100kΩ or more at OFF
Transistor Contact: 0V at ON, 24V at OFF, 8mA

Information subject to change without notice. Prices in USD.

OUTPUT

NUMBER OF OUTPUTS Up to 4 analog control outputs available,

one for each loop. 4 auxiliary analog outputs,
10 digital outputs

CONTROL OUTPUTS 4 to 20mA DC

Accuracy: ±0.2% FS
Load Resistance: 600Ω or less

AUXILIARY ANALOG 0 to 5V, 1to 5V, or 0 to 10 VDC
OUTPUTS Accuracy: ±0.1% FS

Load Resistance: 15kΩ or more

DIGITAL OUTPUTS Transistor open collector

1 V max. at ON, 10 mA max at. OFF
Output Rating: 30 VDC, 100mA max.
(resistive load)

COMMUNICATIONS

SIMULTANEOUS NETWORK CC-M can have two kinds of network interfaces
INTERFACE simultaneously — High-level and Low-level

HIGH-LEVEL NETWORK Allows CC-M to communicate with PC, PLC or
INTERFACE other controllers

Communication Protocol: Modbus®
Mode: EIARS-485, multi-drop, half-duplex,
bit-serial, 19.2kbps.
Number of Connectable Units: Max. 31 units

LOW-LEVEL NETWORK Allows CC-M to expand the number of
INTERFACE inputs/outputs

Communication Protocol: OPTO22® MISTIC
Mode: EIARS-485, half-duplex, bit-serial,

57.6kbps.
I/O Expansion: Max. 4 analog I/O;
Max. 32 digital I/O
I/O Modules: OPTO22 SNAP I/O® series.
Total number of connectable units depend on
the number of I/O points.

STRUCTURE

DIMENSIONS 72 x 144 x 280 mm (panel cutout: 68 x 138 mm)
WEIGHT 1.9 kg
PROTECTION IP54 (front face)
FLAME RESISTANCE UL94V-0
GENERAL SAFETY Conforms to IEC1010-1 (1990),

EN 61010-1 (1993)

EMC Emission EN 50081-2 (1994),

Immunity EN 50082-2 (1995)