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E5CS-X

E5CS-X

39

Nomenclature

1. Main 
   display

2. Control output indicator

3. Alarm indicator

4. Up key

5. Down key

6. Return key

7. Write protection key

8. Display data identifier

9. Deviation indicators

Key

Description

Key

Description

1

Main display sequentially displays the present
temperature, set temperature, and an alarm value each
time the return key is pressed.

7

The hidden write protection key provides protection against
unauthorized setting of temperature and is used in conjunc-
tion with the internal “protection” switch. If the internal

2

Control output indicator lights when the output is ON.

protection switch is set to ON, then to obtain Up and Down

3

Alarm indicator lights when the alarm output is ON.

operation, the hidden key must be pressed simultaneously
with the Up and Down keys. If the internal protection switch

4

Up key increases the set temperature or alarm value when
pressed. Increases the value quickly when held down.

with the Up and Down keys. If the internal protection switch
is set to OFF, changes can be made simply by pressing the
Up and Down keys.

5

Down key decreases the set temperature or alarm value
when pressed. Decreases the value quickly when held
down.

8

Display data identifier lights SP when the set temperature is
displayed on the main display and AL when an alarm value
is displayed.

6

Return key changes the value displayed on the main
display each time pressed.

9

Red deviation indicators light up an arrow when the present
temperature is higher than the set temperature and light a
down arrow when the present value is lower than the set
temperature. The green block indicates the temperature
deviation is within 

±

1% of the full scale.

Dimensions

48

(1.89)

6

(0.24)

10

(0.39)

90 (3.54)

106 (4.2)

Unit: mm (inch)

Panel Cutout

Side-by-side Mounting of Several Temperature Controllers

Max. 60

(2.36)

45

(1.77)

45

(1.77)

45

(1.77)

+0.6
–0

+0.6
–0

+0.6
–0

L = 48 x number of units – 2.5

(1.89 x number of units –0.1)

Controllers

2

3

4

5

6

L

+1

93.5

–0

(3.68)

+1

141.5

–0

(5.57)

+1

189.5

–0

(7.46)

+1

237.5

–0

(9.35)

+1

285.5

–0

(11.24)

Note: 1. Recommended panel thickness is 1 to 8 mm (0.04 to

0.31 in).

2. Because mounting brackets are attached to the top

and bottom of a temperature controller, tight side-by-
side mounting is possible.

Summary of Contents for E5CS

Page 1: ...D Pt 100 Ω DIN and JIS standards Interchangeable thermistor THE types Output Contact E5CS R1KJX F E5CS R1PX F E5CS R1GX F Voltage E5CS Q1KJX F E5CS Q1PX F E5CS Q1GX F Temperature Ranges Thermocouple Input Type Input type Type K Type J Temperature range 0 to 200 0 to 300 0 to 400 0 to 500 0 to 600 0 to 999 0 to 999 0 to 200 0 to 300 0 to 400 0 t0 500 Scale indication C C C F C F C F C F F C C C F C...

Page 2: ...dication accuracy 0 5 of full scale 1 digit max Display range 999 to 999 limited to input type Control Type ON OFF and PID with automatic tuning of proportional band switch selectable modes Proportional band 3 to 20 in PID mode automatically adjusted according to the rise time of the controlled system Reset time 4 minutes in PID mode Rate time 0 4 minutes in PID mode Proportional period 2 or 20 se...

Page 3: ... to OFF changes can be made simply by pressing the Up and Down keys 5 Down key decreases the set temperature or alarm value when pressed Decreases the value quickly when held down 8 Display data identifier lights SP when the set temperature is displayed on the main display and AL when an alarm value is displayed 6 Return key changes the value displayed on the main display each time pressed 9 Red d...

Page 4: ...al mechanism Alarm mode selector switch Protection switch Right side view Control mode selector switch Left side view Temperature range selector switch Select the desired temperature range by using the temperature range selector switch rotary DIP type The other rotary DIP switch is used to select one of eight alarm functions Be sure the set temperature and alarm values are within the new range Oth...

Page 5: ...l output ON OFF Set temperature Switch 1 OFF Temperature controller performs ON OFF action ON 1 6 5 4 3 2 P X ON Control output ON OFF Set temperature Switch 3 ON Used for cooling operations in ON OFF action ON 1 6 5 4 3 2 P X ON PID Action Set switch 1 of the function selector DIP switch to ON to perform PID control action Follow the steps described below Determining Proportional Period Set switc...

Page 6: ...e main display Then set the shift value by using the Up or Down key Switch 4 ON Input shift function enabled ON 1 6 5 4 3 2 P X ON Fine adjustment of the temperature indication and the resulting controlled temperature is possible without changing or affecting the set point The input shift value can be set within the range from 99 9 to 99 F or C For ranges that have resolution to 0 1 the input shif...

Page 7: ... 0 1 2 3 4 5 6 7 8 Temperature range 50 to 50 0 0 to 50 0 20 to 80 0 0 to 99 9 0 to 200 0 to 300 0 to 400 0 to 600 0 to 800 Scale indication C C C C F C F C C F F F Unit of measure 1 C or F 0 1 C or F 1 C or F 0 1 C or F 1 C or F Note 1 Do not set the selector switch to position 9 This will cause error message FFF or to be displayed 2 When changing scale ranges where the unit of measure changes 1 ...

Page 8: ...dby sequence 6 Upper limit alarm with standby sequence 7 Lower limit alarm with standby sequence 8 Absolute value alarm Alarm value setting range Y must be within the temperature scale range Standby Sequence Alarm functions with standby sequence suppress nuisance alarms when the controller is first powered up As shown in the temperature charts at right the alarm output is suppressed until the temp...

Page 9: ...ing heating reverse operation OFF during cooling normal operation fff blinks 1 Failure has occurred in thermocouple or platinum RTD 2 Temperature has risen much beyond scale range OFF blinks 1 Failure has occurred in platinum RTD 2 Polarities positive and negative of thermocouple are reversed 3 Temperature has fallen much below scale range OFF e11 or e33 1 Memory failure E11 display 2 Analog to di...

Page 10: ...splashes of water or oil and high temperatures Separate the temperature controller from equipment that generates strong high frequency electrical noise such as welding equipment Sensor Input Connections The lead wires connecting the platinum RTD to the temperature controller must be separated from the power lines an the load lines wherever possible to prevent them from being inducted by electrical...

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