Autonics TZ Series User manual
-|Transparent Guide|-
TCD210237AB_MODI
Dual-Speed PID Temperature
Controllers
TZ / TZN Series
PRODUCT MANUAL
For your safety, read and follow the considerations written in the instruction
manual, other manuals and Autonics website.
Features
• Dual-speed PID control
•
•
•
•
•
•
•
•
•
Safety Considerations
•
•
01.
02.
03.
04.
source.
05.
06. Do not disassemble or modify the unit.
01. 2
to 0.90 N m.
02.
03.
04.
into the unit.
-|Transparent Guide|-
Manual
Software
DAQMaster
• •
•
•
•
•
•
•
•
Series
Series
PN
1Event -
2Event Event
REvent
TEvent Communication
AEvent
BEvent
BCC
address
Synchronous method Asynchronous
Comm. method
Start bit
Data bit
Parity bit None
EEPROM life cycle
Communication Interface
Series TZ/TZN Series
Control
Relay
SSR
Current
Transmission
type
Hysteresis
sec
sec
1 to 120 sec
LBA
RAMP
Relay
life
cycle
Mechanical
Electrical
Vibration
Malfunction vibration
Insulation resistance
Noise immunity
Memory retention
Ambient humidity
-|Transparent Guide|-
Thermocouple
1 1 mA
RTD
2 2 mA
Current
2 2 mA
TZ Series TZN Series
4
5
1
2
3
4
1
2
3
•
• parameter name
•
•
3. Indicator 4. Control key
5. Key adjustment order chart
Name
AT
OUT Control output
operation
output is current output
Event 1 output
Output
Event 2 output
Name
[MD]
[AT]
Thermo-
couple
1KCaH -100 to 1300 to 2372
KCaL to -
1JIcH 0to 32 to
JIcL to -
1R PR 0to 1700 32 to
1ECrH 0to 32 to
ECrL to -
1TCcH -200 to to
TCcL to -
1S PR 0to 1700 32 to
1NN 0to 1300 32 to 2372
1U TT 0to 2300 32 to
RTD
1JPtH 0to 32 to
JPtL to to
1DPtH 0to 32 to
DPtL to to
0 - A--1
1 - A--2
Current -20 mA A--3
OPEN
HHHH
LLLL
ERR0
-
Errors
Bracket
TZ4ST, TZ4SP, TZN4S Series TZ4L, TZN4L, TZ4M, TZ4H,
12
73
10
TZN4M Series
10
12
Dimensions
•
•
D
C E
F
A
B
Panel cut-out
I
H
J
Body Panel
A B C D E F H I J
TZ4SP
0
0
TZ4ST
0
0
TZN4S 10 -
0
0
TZ4M 72 72 100
0
0
TZN4M 72 72 10 -
0
0
13 100
0
0
13 -100
0
0
TZ4H 13 100
0
0
TZN4H 13 -100
0
0
TZ4L 13 100
0
0
TZN4L 13 -100
0
0
-|Transparent Guide|-
Connections
TZ4SP
1A 1a
MAIN OUT
Resistive load
SOURCE
H
C
L
-
B'
RTD
TC
SENSOR
B
A
-
5
2
10
9
1
11
4
3
6
MAIN OUT
SSR Current
-
9
10
-
9
10
mA
TZ4ST
MAIN OUT
Resistive load
SOURCE
H
C
L
-
-
B'
RTD
TC
SENSOR
B
A
-
1
2
3
4
10
11
12
13
14
5
6
9
MAIN OUT
SSR Current
-
12
13
-
12
13
mA
TZN4S
SOURCE
1A 1a
MAIN OUT
Resistive load
B'
RTD
TC
SENSOR
B
A
H
C
L
-
-
MAIN OUT
SSR Current
-
3
2
-
3
2
mA
TZ4M
MAIN OUT
Resistive load
B'
RTD
TC
SENSOR
B
A
-
H
C
L
-
-
SOURCE
1A 1a
1A 1a
6
5
4
3
2
1
14 15 16
13
12
11
10
9
MAIN OUT
SSR Current
-
13
12
-
mA
13
12
TZN4M
MAIN OUT
Resistive load
SOURCE
H
C
L
-
-
B'
RTD
TC
SENSOR
B
A
-
MAIN OUT
SSR Current
-
6
-
6
mA
•
SOURCE
1A 1a
1A 1a
MAIN OUT
Resistive load
B'
RTD
TC SENSOR
B A
-
H
C
L
-
16 15 14 13 12 11 10 9
654321
-
MAIN OUT
SSR Current
-
15
14
mA
-
15
14
TZ4H/TZN4H
SOURCE
MAIN OUT
Resistive load
B'
TC
RTD
SENSOR
B
A
H
CL
-
6
5
4
3
2
1
16
15
14
13
12
11
10
9
-
-
MAIN OUT
SSR Current
-
15
14
mA
-
15
14
TZ4L/TZN4L
MAIN OUT
Resistive load
B'
TC
RTD
SENSOR
B
A
-
H
CL
-
6
5
4
3
2
1
16
15
14
13
12
11
10
9
SOURCE
-
MAIN OUT
SSR Current
-
15
14
mA
-
15
14
RUN
Save
RUN
[MD] over 3 sec Parameter 1
[MD] over 3 sec
Parameter 2
[AT] 3 sec
-|Transparent Guide|-
Parameter Default Condition
2-1 IN-T KCaH -
2-2 Event 1 EU-1 AL-1
alarm
-
2-3 Event 2 EU-2 AL-2
Same as 2-2 Event 1
Alarm option AL-T AL-A
Event
mode AtT TVN1
-
PID type PIDT PIdS
-
2-7 Control output
mode O-FT HEAT
-
Temperature
unit UNIT ?C -
H-SC 1300
-
2-10 L-SC `00 -
2-11 Decimal point DOT 0
2-1 Input
2-12
Transmission
limit
FS-H 1300
-
2-13
Transmission
limit
FS-L `00
RAMP OFF -
BPS 2400
-
address ADRS 01
-
2-17 LOC
OFF
-
Parameter Default Condition
1-1 SU-2 0 -
1-2 Event 1 alarm
temperature AL1 10 Event
1-3 Event 2 alarm
temperature AL2 10
LBA time LBA 600
Event
Alarm output
hysteresis AHYS 2 Event
Proportional
P#0 -
1-7 I 0
Proportional
Derivative time D 0
Control cycle T20
1 to 120 sec
• Set to a small value in SSR drive
1-10 Hysteresis HYS 2
Proportional
1-11 Input
correction IN-B 0 -
1-12 Manual reset REST )0
Proportional
derivative
1-13 RAMP up time RAPU 10
RAMP time
RAPD 10
LOC OFF
OFF
-
•
•
•
•
•
TUN1 TUN2
Time
Time
RAMP
time
Initial
Time
tu tu
RAMP imeRAMP time
Temperature
RAMP
down
time
td Time
RAMP ime
Temperature
Initial
Temperature
Time
-|Transparent Guide|-
-|Transparent Guide|-
mode mode
Time
S
t
t
Time
00II00II00II00II
11JJ11JJ11JJ11JJ
22KK22KK22KK22KK
33LL33LL33LL33LL
4MM4MM4MM4MM
5NN5NN5NN5NN
6OO6OO6OO6OO
77PP77PP77PP77PP
8QQ8QQ8QQ8QQ
9RR9RR9RR9RR
AASSAASSAASSAASS
BBTTBBTTBBTTBBTT
CCUUCCUUCCUUCCUU
DDVDDVDDVDDV
EEWWEEWWEEWWEEWW
FFXFFXFFXFFX
GYGYGYGY
HHZHHZHHZHHZ
88* 8
Alarm
Alarm
• H
Name
No alarm output
Deviation
100
110
OFF ONH
100
OFF ONH
Deviation
100
OFFON H
100
110
OFFON H
Deviation
limit
110
100
OFFON ONH H
Deviation
limit reverse
110
100
OFF OFFONH H
limit
100
OFF ONH
100
110
OFF ONH
limit
100
OFFON H
100
110
OFFON H
Name Condition
Standard
alarm
-
Alarm latch
-
Alarm
latch and
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