Lily Tech ZL-1000 User manual

Suzhou Lily Tech. Co., Ltd.
Page 1, Total 3 Pages
ZL-6290A (ZL-1000) Temperature Controller
Instruction Manual A1.3
Intro uction
ZL-6290A ZL-1000) has two outputs, one for cooling, one for heating, to regulate temperature to a set-point.
It will judge heating or cooling mode automatically.
Main Specification
Sensor: NTC
R
25℃
= 10K, B
25/85℃
= 3435K; R
25℃
= 5K, B
25/50℃
= 3470K
Setting range: -50.0 ~ 99.0℃, or -58.0 ~ 210.2℉
Display range: -50.0 ~ 99.9℃, or -58.0 ~ 211.8℉
Terminal: 2*1.5mm
2
or 1*2.5mm
2
Outputs: 10A * 2, 250Vac under pure resistance load)
Working: -10~45℃, 5~85%RH without dew
Case materials: PC + ABS fire proof
Protection level: IP65 Front side only)
Dimension: W78 x H34.5 x D71 mm)
Installation drilling: W71 x H29 mm)
Keypa an Display
Key
Key Function
On/off
Fast check Set-point
S
Set Fast check Temperature Unit
Down Fast check Hysteresis for Cooling
Up Fast check Hysteresis for Heating
LED lamp
LED Function On Off Blinking
Set
Set parameter Setting status Display fast check result (
SP, Unit, Hysteresis
)
Cool
Cooling R1 is energized R1 is de-energized Delay protection for R1 keep de-energized)
Heat
Heating R2 is energized R2 is de-energized
LED igit
Display the information, 2Hz blinking.
Warning Remark
E1 Sensor failure Short or open)
HH Temperature over the sensing up limit
99.9℃ or 211.8℉)
Power up (reset) isplay
Display the following information consecutively: all LED units, model name, software version
Operation
On/off line
Keep key depressed for 5 seconds to switch online/offline.
Fast check parameters
When not in parameter setting status:
Short press to display heating hysteresis HYS-H) for 2 seconds, and the Set LED blinks in 2 Hz.
Short press to display cooling hysteresis HYS-C) for 2 seconds, and the Set LED blinks in 2 Hz.
Short press “
S ” key to display temperature Unit Fahrenheit or Celsius) for 2 seconds, and the Set LED blinks in 2 Hz.
Short press to display set-point SP) for 2 seconds, and the Set LED blinks in 2 Hz.

Suzhou Lily Tech. Co., Ltd.
Page 2, Total 3 Pages
Set parameters
Keep “S” key depressed for 5 seconds to enter into set status: Set LED is on, and the 1
st
parameter code displayed.
Press or to select parameter. Press “S” key to show the value of the parameter.
Press or to set the value of the parameter. Keeping up/down key depressed can fast set
*
.
After all are set, keep “S” depressed for 3 seconds to save the settings, and exit the set status.
The set status will exit, and the settings will not be saved, if no key operation for 30 seconds.
Celsius parameter table
Co e Function Range Default Remark
F1 Set point (SP) -50.0 ~ 99.0℃
10.0℃ * Resolution is 0.1℃
F2 Heating hysteresis HYS-H) 0.1 ~ 15.0℃ 1.0℃
F3 Cooling hysteresis HYS-C) 0.1 ~ 15.0℃ 1.0℃
F4 Protection time for cooling 0 ~ 10 min 3 min After power supplied, there is protection time
F5 Sensor calibration -9.0 ~ 9.9℃ 0.0℃
*
Resolution is 0.1℃
CF
Celsius / Fahrenheit Unit) C/F C C: Celsius, F: Fahrenheit
SE Sensor Selection 10/5 10 “10”: R
25℃
= 10K ohm, B
25/85℃
= 3435K
“ 5”: R
25℃
= 5K ohm, B
25/50℃
= 3470K
Fahrenheit parameter table
Co e Function Range Default Remark
SP Set point (SP) -58.0 ~ 210.2℉
50.0℉
* Resolution is 0.1℉
dH Heating hysteresis HYS-H) 0.2 ~ 27℉ 1.8℉
dC Cooling hysteresis HYS-C) 0.2 ~ 27℉ 1.8℉
Pt Protection time for cooling 0 ~ 10 min 3 min After power supplied, there is protection time
CA Sensor calibration -17.8 ~ 17.8℉
0.0℉ * Resolution is 0.1℉
CF Celsius / Fahrenheit Unit) C/F C C: Celsius, F: Fahrenheit
SE Sensor Selection 10/5 10 “10”: R
25℃
= 10K ohm, B
25/85℃
= 3435K
“ 5”: R
25℃
= 5K ohm, B
25/50℃
= 3470K
*
: During parameter setting, or fast checking temperature Unit, If the value is bigger than 99.9, or less than -9.9, the 1/10
th
digit and
temperature Unit will be displayed.
Examples:
-49.2℉, display as “9.2F”. Keep display for 2 seconds, then display “-49.” if the key released;
-10.1℉, display as “0.1F”. Keep display for 2 seconds, then display “-10.” if the key released;
-10.0℉, display as “0.0F”. Keep display for 2 seconds, then display “-10.” if the key released;
-9.9℉, display as “-9.9”;
99.9℉, display as “99.9”;
100.0℉, display as “0.0F”. Keep display for 2 seconds, then display “100.” if the key released;
100.1℉, display as “0.1F”. Keep display for 2 seconds, then display “100.” if the key released;
123.9℉, display as “3.9F”. Keep display for 2 seconds, then display “123.” if the key released;
124.0℉, display as “4.0F”. Keep display for 2 seconds, then display “124.” if the key released.
Control
The controller will judge heating and cooling automatically.
If Troom ≥ Set-point SP) + HYS-C, and R1 has been de-energized for protection time, then R1 energized. Cool LED is on.
During protection time, R1 keeps de-energized, and the Cool LED is blinking.
If If Troom ≤ Set-point SP), R1 is de-energized, and the Cool LED is off.
If Troom ≤ Set-point SP) – HYS-H, then R2 energized. Heat LED is on.
If Troom ≥ Set-point SP), R2 is de-energized, and the Heat LED is off.

Suzhou Lily Tech. Co., Ltd.
Page 3, Total 3 Pages
Sensor Failure
When the sensor fails, the display will show “E1” in 2Hz, and the outputs will be de-energized.
Over temperature
When Troom ≥ 100℃ or 211.9℉, the display will show “HH” in 2Hz.
When the Troom falls below the 100℃ or 211.9℉, restore to normal display.
Restore to Default Settings
Keep the “S” and depressed simultaneously for 5 seconds. Display “UnL”.
Press 2 times.
Installation
Attention
 Wiring work should be manipulated by certified technicians.
 Wrong connection could damage the controller, and the loads. Power supply to terminal 7 and 8 to check the controller. If there is a
multimeter, check the outputs, as well as input, by the help of settings.
 Sensor and input signal wires should not be laid together with power supply wire, and even in same pipe.
 Sensor wire is better as short as possible. Not wind the redundant length wire to electrical noise equipment.
 The loads should be within the specification of the controller output driving ability. If using ac/dc module as load, or tungsten lamp,
or motor, following the below requirements to avoid surging current damaging or shorten the life time of the controller outputs:
For ac/dc module as load, the rated current should be no more 1/10th of output specification un er pure resistance.
For tungsten lamp as load, the rated current should be no more 1/15th of output specification un er pure resistance.
For motor, the rate current should be no more 1/5th of output specification un er pure resistance.
For example: if drive a 1500W tungsten lamp with 7A pure resistance spec.) relay, the relay contactor will be burnt imme iately.
 Don’t touch inside components;
 Avoid installing controller in the following environment:
More wet than 90%RH, or easily dew; Vibrating, or will be shocked; Possible sprayed; Under erosive air; Under explosive air.
Step
1st: Insert into drilling hole 2nd: Clamp
Electrical Wiring