Application sheet for Green 300 series controllers

Number:
Title Furnace temperature control with Solid State Relay(SSR) AP35001

Control a furnace temperature by using UT350 temperature controller. Model

Purpose
UT350 can drive SSR as an actuator directly.
Application Electrical Furnace
File Name:
Controller UT350-00 UTAP3501.t3d

Loop Configuration:
UT350-00
Input Range: 0 - 1200deg C Temperature
Input Type: TC type K signal TIC
Output Type: Voltage pulse
Cycle time: 3sec.
Temperature Set-point: 700deg C
PID parameters
P=5%
I = 240sec.
D= 60sec.
SSR
Electrical
Furnace
Heater

AC Power
Supply

Wiring:
UT350-00
+

[12]
TC Input TC type K
[13] -

[16]
+

MV Heater
[17] -

Power supply Solid-state

[8]
[9] Relay
12VDC Voltage Pulse
[10]

Explanation
: This is simple example for temperature control. Model UT350 can read
the temperature from Type K sensor directly. Model UT350 also has very
powerful control functions, such as Auto-Tuning, SUPER function for
overshoot suppression, SUPER2 function for hunting suppression and
universal control output.
Customer can select a one control output from either Voltage Pulse, Relay
Contact or 4 - 20mA Current output.

1st Edition, August 2001

 Application sheet for Green 300 series controllers
Number:
Title Furnace temperature control with Thyristor(SCR) AP35002
Measure the furnace temperature by using TC. PID Control for a furnace
Purpose temperature, temperature sensor is a TC and actuator is a SCR.

Application Electrical Furnace

UT350-00 File Name:
Controller UTAP3502.t3d

Loop Configuration:
UT350-00 UT350-00
Input Range : 0 - 1200deg C Temperature
Input Type : TC type K signal TIC TIC
Output Type : Current Output
Set-point : 700deg C
PID parameters
P= 5%
I= 240sec. 4 - 20mA
D= 60sec. Current signal Temperature signal

SCR SCR
Electrical AC Power
Furnace Supply thyristor
Heater

Wiring:
UT350-00
[12]
+

[13] TC Input - TC type K

[16] MV
+

Heater
[17]
4 - 20mA -
Power supply
[8]
[9] thyristor
[10]

Explanation
A 4 - 20mA current output is used to drive a Thyristor unit. Thyristor unit
:
can control the current for a heater.

1st Edition, August 2001

 Application sheet for Green 300 series controllers
Number:
Title Heat-Exchanger Temperature control AP35003

Purpose Produce hot water with constant temperature by using plate type heat-exchanger.
Hot water for air conditioning and environment
Application chumber.
File Name:
Controller UT350-00 UTAP3503.t3d

Loop Configuration:
Pump UT350-00
Input Range: 0 - 100.0deg C Interlock Hi-Alarm
Input Type: Pt100ohm
Output Type: Current Output TIC
Set-point: 45deg C Temperature
ID parameters P = 30% signal
I = 40sec.
D = 5sec.
Alarm action : Hi-Alarm Current to
ON at 50deg C I/P Pneumatic
OFF at 48deg C Converter
Heat
Exchange
r
Hot water
2deg C Alarm
condition

Very Hot
Water water
50deg C

Wiring:
UT350-00
[11] A
Temperature Input B
[12]
[6] Do1 [13] B temperature sensor
Alarm output1 AL1 [7]
+

[16]
MV 4 - 20mA
STOP/RUN
Di2 [18] [17] - control valve
Stop during On [20]
[8]
[9]
Power supply
[10]

Explanation
Alarm set points are displayed on "Select Panel" for easy changing during
:
operation.
The ID control function will be stoped and a preset signal (0%) will be outputed
when the pump interlock signal will turn to on.
The current output signal is used to drive a control valve.

1st Edition, August 2001

 Application sheet for Green 300 series controllers
Number:
Title Packaged Air Conditioner Temperature control AP35004
Control ON/OFF valve for cooling water and power switch for Heater to keep the
Purpose room temperature.

Application Packaged Air Conditioner

UT350-00 File Name:
Controller UTAP3504.t3d

Loop Configuration:
Input Range: 0 - 50deg C UT350-00
Input Range: Pt100 ohm TIC
Set-point: 25deg C
Deviation Hi-Alarm: 2deg C
Deviation Low-Alarm: 2deg C
Hi-Alarm hysteresis: 0.5deg C
Low-Alarm hysteresis: 0.5deg C
Temperature
signal

Cooling water
Heater ON AL2 Valve Open AL1 Heater
0.5deg C 0.5deg C Cooling water
Hysteresis Hysteresis

Air to Room
Feedback Fan
Room Air

SP
2deg C 2deg C
Dead band Dead band
HY2 HY1

Wiring: UT350-00
Magnetic Switch

Temperature Input Heater

A [11] AL2
Pt100 ohm B [12] [5]
B [13]

AL1
[6] Cooling water
SEQ
[7] Valve
Power supply
[8]
[9]
[10]

Explanation
:
This is a simple Heating / Cooling control example. Model UT350 has a Heating /
Cooling control function; however, two alarm outputs are enough to switch a ON/OFF
valve and a Heater.
1. If PV temperature is higher than (SP+2deg.C), a deviation Hi alarm turnes to ON.
Then, a cooling water valve is opened.
2. If PV temperature is lower than (SP-2deg.C), a deviation Low alarm turnes to ON.
Then, a heater switch is turned to on.

1st Edition, August 2001

 Application sheet for Green 300 series controllers
Number:
Title Tank Level Control AP35005
Control a Tank level by using a pressure transmitter.
Purpose UT350 has a power supply function to a transmitter.

Application Tank Level Control

File Name:
Controller UT350-30 UTAP3505.t3d

Loop Configuration:
Input Range: 0 - 1,500mm
Input Type: 1.0 - 5.0VDC UT350-30
Output Range: 4 - 20mADC Level Signal LIC
Set-point: 1,200mm
PID parametersP = 10%
I = OFF
Transmitter
D = OFF
power supply
MR = 0% MV 4 - 20mA
MR (Manual Reset) is output when PV =SP.

Control Valve

Level
transmitter

Wiring:
UT350-30
12
Pressure Input 13 250ohm
+

Loop power 21
supply 22 Level transmitter
-
+

16
Power MV 17 4 - 20mA
-
supply 8
9

10

Explanation
Control the tank level by Proportional control with Manual Reset function.
: Proportional control may occur small offset; however, the control response is
very fast.
UT350 has two types of power supply function to a two-wire transmitter.
All types of UT350 can supply 14.5VDC power to a transmitter.
Model UT350-3_ can supply 21.6VDC power to a transmitter.
A 14.5VDC will be enough for almost all analog type 2-wire transmitter.
A 21.6VDC will be used to drive microprocessor based 2-wire transmitter.

1st Edition, August 2001

 Application sheet for Green 300 series controllers
Number:
Title Pump outlet pressure control AP35006

Purpose Control the voltage & frequency of a pump to control the pump outlet pressure.

Application Pump outlet pressure control

File Name:
Controller UT350-00 UTAP3506.t3d

Loop Configuration:
Input Range: 0 - 1.00 MPa
Input Type: 0.40 - 2.00 VDC
Output Range: 4 - 20mADC UT350-00
Set-point: 0.7MPa Pressure Input
PIC
PID parameters P =150% Transmitter
I = 20sec. power supply
D = OFF
MV
4 - 20mA

R
Start Signal Inverter
Pressure
transmitter
P

Wiring:
UT350-00
Pressure Input
[12]
[13] 100 ohm
RUN/STOP signal
[18]
+

ON: STOP Di2 [14] Pressure

[20] [15] - transmitter
Loop power supply
+

[16]
MV
[17]
4 - 20mA
-
P
Power supply
[8]
[9] Inverter
[10]

Explanation
Model UT350 has a RUN/STOP function.
:
RUN mode(Di is ON): PID control
STOP mode(Di2 is OFF): PID computation is stopped.
Preset MV is outputed as MV.
UT350 can control the pump pressure without overshoot, because control
output starts from 0%.
UT350 can supply 14.5VDC power to a transmitter.

1st Edition, August 2001