Auber Instruments SYL-2362B Manuale di istruzioni - Pagina 2

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AUBER INSTRUMENTS

Instruction Manual

4.1.2 RTD sensor

For a three-wire RTD with standard DIN color code, the two red wires should be

connected to the terminals 9 and 10 . The white wire should be connected to

terminal 8.

For a two-wire RTD, the wires should be connected to terminals 8 and 9. Jump

a wire between terminals 9 and 10.

Set controller input type, Inty, to P100 (1° resolution) or P10.0 (0.1° resolution).

4.2 Power to the controller

This controller can be powered by 12-30V DC or 12-18V AC. The power input

cables are connected to terminal 1 & 2. For DC power source, terminal 1 is

positive and 2 is negative. For AC power source, a diode is needed to be wired

in serial with the AC power source to the controller terminals (to convert AC to

DC).

4.3 Control output connection

Two control output options are offered by this controller. ( 1) The SSR control

output provides an 8V DC signal that can control up to 4 SSRs in parallel. (2)

The J2 relay output can be used to turn on a contactor or a solenoid valve. It

can also drive a small heater directly if the heater draws <3 Ampere. F o r

application that needs two control outputs, such as one for heating and other for

cooling, J1 relay can be used for the second output with on/off control mode.

Please note J1 can't be used for main control output. Both J1 and J2 can be

used as alarm output if they are not used as control output.

4.3.1 Connecting the load through SSR

Connect the terminal 7 to the negative input and terminal 6 to the positive input

of the SSR. Set the system output configuration, outy, to 2, 3 or 6 - depending

on the control mode used. See Figure 10 for details.

4.3.2 Connecting the load through the built-in relay

J1 relay is for alarm output only. Assuming the controller and the load are

terminal 13 to one lead of the load and terminal 1 to the other lead of the load.

Set the system output configuration, o uty, to 1, 4, or 5 - depending on the

control mode used. Please see Figure

4.4 For first time users without prior experience with PID controllers, the

following notes may prevent you from making common mistakes:

4.4.1 The power to the heater does not flow through terminal 1 and 2 of the

controller. The controller consumes less than 2 watts of power. It only

provides a control signal to the relay. Therefore, 20 gauge wires are sufficient

for providing power to terminal 1 and 2. Thicker wires may be more difficult to

install.

4.4.2 The J1, J2 relay are "dry single pole switches". They do not provide

power by themselves. Figure 11 shows how it is wired when providing a 12V

output (or when output has the same voltage as the power for controller). If

the load of relay requires a different voltage than that for the controller, an

additional power source will be needed (Please see the alarm wiring of Figure

10 and controller output J2 of Figure 12 for

4.4.3 SSR output power does not come from the input of the SSR. The output

of the SSR is a single pole switch between terminal 1 and 2 of the SSR. The

input of the SSR is for control, or triggering, the SSR. (Please note we are

talking about the SSR itself, not the SSR control output of the controller).

Figure 10 shows how the SSR output should be wired. When switching a

North American 240V AC power, the heater will be live even when the SSR is

off. User should install a double-pole mechanical switch to the power input.

5. Parameter Setting

For safety reasons, the controller parameters are divided into three groups

with different pass codes. You should only give the code to those who have

the responsibility and knowledge of how to properly change it. Code 0089

contains the parameters for system configuration that may need to change

during the initial set up. Code 0036 contains the parameters for tuning

performance. Code 0001 is for controlling temperature and alarm settings.

2018.07

11, 12 and 13

for examples.

examples).

5.1 System Configuration Parameters (accessed by code 0089)

The system configuration parameter s are listed in table 1. To change the

parameters, press

, enter code "0089" and press

SET

the flow chart in Figure 3.

Operation Mode

Enter Code

SET

0089

XXXX

SET

Figure 3. System setup flow chart

(1) Press

to enter setting mode；

SET

(2) Press

and

，

(3) Press

to confirm；

SET

(4) Press

to select the new parameter.

Table 1. System configuration parameters

Code

Description

Inty

Input Sensor Ty pe

Inty

outy

Control Output Mode

outy

Hy steresis Band

Atdu

Autotune Offset

Atdu

PSb

Input Offset

PSb

Control Function

CorF

Display Unit

CorF

End

Ex it

End

Note 1. The controller is preset for K type thermocouple input. If any other type

of sensor is used, the Inty value needs to be changed to the corresponding

symbol as shown in Table 2.

Table 2. Temperature sensor code

Sy mbol

Description

TC, Ty pe T

TC, Ty pe R

TC, Ty pe J

WRE

TC, WRe3/25

WRE

TC, Ty pe B

TC, Ty pe S

TC, Ty pe K

TC, Ty pe E

P10.0

RTD, Pt100

P10 . 0

P100

RTD, Pt100

P100

Cu50

RTD, Cu50

Cu50

Note 2. The value of outy determines the control mode. When it is set to:

0 - Relay J1, J2 as alarm output; SSR output disabled;

1 - Relay J1 as alarm output; J2 as PID controlled relay contact output; SSR

output disabled;.

2 - Relay J1, J2 as alarm output; SSR PID control output;

3 - Relay J1, J2 as alarm output; SSR On/off control output;

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again. Then, follow

SET

Parameter Display

Input Sensor Selection

SET

XXXX

inty

Output mode selection

SET

outy

Hysteresis Band

SET

XXXX

Autotune offset

SET

atdu

Input offset

SET

XXXX

psb

Heating/Cooling

SET

Display Unit(C/F)

SET

corf

end

to enter parameters；

Setting Range

Initial

See table2

0, 1, 2, 3, 4, 5, 6

0~9999

0~200(deg)

-100~100(deg)

0: heating 1: Cooling

0: °C 1:°F

Working Temperature Range

-200~400 °C; -320~752 °F

-50~1600 °C; -58~2900 °F

-200~1200 °C; -320~2200 °F

0~2300 °C; 32~4200 °F

350~1800 °C; 660~3300 °F

-50~1600 °C; -58~2900 °F

-200~1300 °C; -320~2400 °F

-200~900 °C; -320~1650 °F

-99.9~600.0 °C; -99.9~999.9 °F

-200~600 °C; -320~1100 °F

-50.0~150.0 °C; -60~300 °F

SET

Note

P2/5