Sure Electronics Remote Temperature Controller User Manual

Page 1
Remote Temperature Controller
User’s Guide
© 2004-2010 Sure Electronics Inc. ME-PC11121_Ver1.0
Page 2
REMOTE TEMPERATURE
CONTROLLER
USER’S GUIDE
Table of Contents
Chapter 1. Overview ..........................................................................................................1
1.1 Overview.............................................................................................................. 1
1.2 Features............................................................................................................... 1
1.3 Applications......................................................................................................... 2
1.4 Quick Start........................................................................................................... 2
Chapter 2. Setting..............................................................................................................3
2.1 Pin Definition....................................................................................................... 3
2.2 Working Mode ..................................................................................................... 3
2.3 Description of The Remote Control’s Keys...................................................... 4
2.4 Working Mode Setting ........................................................................................ 7
Chapter 3. Electrical Characteristics ...............................................................................8
Chapter 4. Mechanical Drawing........................................................................................9
Chapter 5. Appendix........................................................................................................10
Chapter 6. Contact Us .....................................................................................................11
ME-PC11121_Ver1.0_Page i
Page 3
Remote Temperature Controller
NOTES:
Product Version Ver 1.0
Document Version Ver 1.0
ME-PC11121_Ver1.0_Page ii
© 2004-2010 Sure Electronics Inc
Page 4
1.1 Overview
REMOTE TEMPERATURE
CONTROLLER
USER’S GUIDE
Chapter 1. Overview
Thanks for using this remote temperature controller by Sure Electronics. This product is
populated with a high performance 8-bit PIC16F690 as the main chip, 7-segment LED
display is used as the display of temperature readings, timing and the settings, a relay to
control the external heating or cooling devices, a IR receiver receiving signals from the
7-key battery-powered remote control. It utilizes an external high precision water-proof
digital DS18B20 probe as the temperature sensor. Used together with a 7-key remote
control which is used to set the panel meter over the working modes, upper and lowers
limits of temperature value, °F /°C display and timer, it’s can be widely used in various
applications requiring temperature control and time control.
FIGURE 1-1 OVERVIEW OF THE PANEL METER
FIGURE 1-2 ACCESSORIES
Note: All the diagrams in this manual are for reference only.
1.2 Features
y Multiple working modes
y Relay output
y Infrared remote control
y Water-proof probe
y Working mode memorable
y Self-adapted to the ambient brightness
© 2004-2010 Sure Electronics Inc.
ME-PC11121_Ver1.0_Page 1
Page 5
Remote Temperature Controller
1.3 Applications
y Water temperature control
y Indoor temperature control
y Time control applications
y Other DIY Applications
1.4 Quick Start
1. Connect the digital sensor DS18B20 as follows.
2. Power the panel meter with a supply (12VDC) as follows.
FIGURE 1-4 CONNECTION SCHEMATIC
3. Then the temperature from the digital probe is displayed on the panel meter.
FIGURE 1-5 TEMPERATURE DISPLAY
ME-PC11121_Ver1.0_Page 2
© 2004-2010 Sure Electronics Inc
Page 6
2.1 Pin Definition
FIGURE 2-1 4-PIN CONNECTOR
REMOTE TEMPERATURE
CONTROLLER
USER’S GUIDE
Chapter 2. Setting
TABLE 2-1 4-PIN CONNECTOR
Pin Mark Description
2.2 Working Mode
TABLE 2-2 WORKING MODE
Working Mode Description
1 VCC Connect to the positive of DC12V supply
2 GND Connect to the negative of DC12V supply
3 OUT2 Relay output
4 OUT1 Relay output
MOD0
MOD1
MOD2
MOD3
MOD4
MOD5
MOD6
Display current temperature measured by DS18B20 with relay not
considered.
Take the upper limit TH as the threshold. Ti>TH: relay open; Ti<TH:
relay closed. External heating devices are recommended.
Take the upper limit TH as the threshold. Ti>TH: relay closed; Ti<TH:
relay open. External cooling devices are recommended.
Take the upper and lower limits as the threshold and use hysteresis
control. Ti>TH: relay closed; Ti<TL: relay open.
Take the upper and lower limits as the threshold and use hysteresis
control. Ti>TH: relay open; Ti<TL: relay closed.
Utilize Time Relay mode. Before the set time: relay open; time up:
relay closed. Regularly open the external devices.
Utilize Time Relay mode. Before the set time: relay close; time up:
relay open. Regularly close the external devices.
© 2004-2010 Sure Electronics Inc.
ME-PC11121_Ver1.0_Page 3
Page 7
Remote Temperature Controller
Note: Relay open: devices not working; relay closed: devices working.
2.3 Description of The Remote Control’s Keys
The 7-key user-definable infrared remote control utilizes NEC IR encoding mode and
integrates SC6122 IC as the remote control transmitter which utilizes CMOS Technology
specially designed for use on infrared remote control applications
FIGURE 2-2 OVERVIEW OF THE REMOTE CONTROL
TABLE 2-3 7-KEY INFRARED REMOTE CONTROL
ME-PC11121_Ver1.0_Page 4
Key Symbol Function Key Symbol Function
1
2
3
4
ON/OFF 5
Up (+) 6
Down (-) 7
SET - - -
© 2004-2010 Sure Electronics Inc
Up (++)
Down (--)
SETOFF
Page 8
Setting
TABLE 2-4 DESCRIPTION OF KEYS (KEY2(+), KEY3(-), KEY5(+ +), KEY6(- -))
Status + - ++ -- Description
Normal
temperature
display
Timer
display
Upper limit
setting
Lower limit
setting
/ setting / / / /
Timing
setting
Working
mode
setting
Void Void Void Void
Timing
pauses
+1 -1 +10 -10
+1 -1 +10 -10
+1 -1 +10 -10
+1 -1 +1 -1
Timing
pauses
Timing
pauses
Timing
pauses
Kept pressing a key will affect
update of the temperature.
It’s not recommended to press
the keys unless resetting the
timer or modes is required.
The upper limit should be or 5
higher than the lower limit. The
limits should be within the
DS18B20’s measuring range of
(-55 to +125)/(-67to
+257)
Pressing any of the four keys
can switch the display modes.
To any operation, the timing
should be within 1min to 99min.
Continuously pressing one key,
the working mode will switch in
a cycle from mod0 to mod6 or
from mod6 to mod0. For
example, the current working
mode is mod0. Continuously
pressing key2(+), the working
mode will switch in a cycle of
mod0mod1mod2mod3
mod4mod5mod6mod0.
ME-PC11121_Ver1.0_Page 5
Page 9
Remote Temperature Controller
TABLE 2-5 DESCRIPTION OF KEYS (KEY1(ONOFF), KEY4(SET), KEY7(OK))
Status ONOFF SET OK Description
Normal
temperature
display
Timer
display
Upper limit
setting
Lower limit
setting
/ setting
Timing
setting
Working
mode
setting
Note:
1. Instead of entering other working modes, the panel will normally display temperature after the operation of turning off the display and then turning on the display or the operation of repowering the panel after the power drops. Before pressing “OK” to activate the working mode, you’re suggested to use “Set” key to check the setting.
2. The panel will display temperature after the timing of MOD5/MOD6 ends.
3. All the settings (upper limit, lower limit, ℃/℉ display, timing and working mode) will be saved in EEPROM after power drops.
4. The upper and lower limits will correspondingly transact after the switching of ℃/ . The limits and the temperature readings displayed have the same unit.
5. If you don’t press “OK” to exit the setting before the power drops or display is turned off, the current setting won’t be saved.
6. If the display is turned off during setting and then turned on, the panel meter will normally display temperature readings or timing.
7. The timing will pause when you press any key. Do not press any key during timing, or the timing won’t be accurate.
8. During normal temperature display, unplug or plug the DS18B20 will cause temporary wrong display (85℃/185℉) but without other affect.
Turn
on/off
the
display
Turn
on/off
the
display
Turn
on/off
the
display
Turn
on/off
the
display
Turn
on/off
the
display
Turn
on/off
the
display
Turn
on/off
the
display
Upper
limit
setting
Upper
limit
setting
Lower
limit
setting
/
setting
Timing
setting
Working
mode
setting
Upper
limit
setting
instructions
Exit setting
the setting
EEPROM.
The setting
won’t be lost
when power
Refer to
Timing
pauses
and save
to
drops.
If the current mode is mode 5 or
6, press “OK” key will activate
timer. Please refer to note 1 for
more details of “OK” key.(note 1)
It’s not recommended to press
the keys unless resetting the
timer or modes is required.
In these modes, after the
operation of turning off the display
and then turning on the display,
the panel will normally display
temperature.
ME-PC11121_Ver1.0_Page 6
© 2004-2010 Sure Electronics Inc
Page 10
2.4 Working Mode Setting
TABLE 2-6 WORKING MODE SETTING
Working
Mode
MOD0
MOD1
MOD2
MOD3
MOD4
MOD5
MOD6
Note: ℃/ setting: SETSETSET+/- OK.
Condition Status Operation
No external
devices (the
relay not used)
External
heating devices
External
cooling devices
External
heating devices
External
cooling devices
External
devices need to
be opened at a
specific time
External
devices need to
be closed at a
specific time
-
Single
threshold
Single
threshold
Hysteresis
control
Hysteresis
control
Time relay
Time relay
Setting
No other operations are needed after the
panel is powered. Press “ON/OFF” key to
turn on or off the display.
SET+/-(upper limit setting)SETSETSETSET+(mode1)OK SET+/-(upper limit setting)SETSETSETSET++(mode2)OK
SET+/-(upper limit setting) SET +/-(lower limit setting)
SETSETSET++ +(mode3)OK
SET+/-(upper limit setting) SET +/-(lower limit setting)
SETSETSET++ + +(mode4)—>OK
SETSETSETSET+/-(time setting)SET→ - →-(mode5)OK
SETSETSETSET+/-(time setting)SET- (mode6)OK
ME-PC11121_Ver1.0_Page 7
Page 11
REMOTE TEMPERATURE
CONTROLLER
USER’S GUIDE
Chapter 3. Electrical Characteristics
FIGURE 3-1 ELECTRICAL CHARACTERISTICS
Power Supply Requirements Min.
Supply Voltage 8.5 12 26 V
Supply Current ( @ VCC = 12V ) - 30 - mA
Temperature Performance
Temperature Range -67(-55) - 257(125) °F (°C)
Display Resolution
-9.9°F (°C) to 99.9°F (°C) - 0.1 - °F (°C)
Other Range - 1 - °F (°C)
Refresh Rate - 0.5 - S
Accuracy
-10°C to 85°C - ±0.5 - °C
Display
Display Type and Size
Digit Display 3 digit, 0.56”/14.2 mm high LED
°F (°C) Display 1 digit, 0.39”/9.9 mm high LED
Relay
Nominal Switching Capacity (res.load) 10A 250VAC
Switching Current - - 15 A
Switching Voltage - - 250 VAC
Switching Power - - 2,500 VA
Contact Material Silver Alloy
Contact Resistance - - 50 m
Operate Time - - 15 msec
Release Time - - 8 msec
Insulation Resistance(DC500V)
Lifetime
Mechanical Lifetime (10,800 times/hour) 10,000,000 times
Electrical Lifetime (1,800 times/hour) 100,000 times
Remote Control
Angle - 90 - °
Distance - 6 - m
Encoding Format NEC
Physical/Environmental
Operating Temperature -10 - 60 °C
Storage Temperature -40 - 75 °C
Humidity 0 - 85 %RH
1,000 - - M
Typ. Max. Units
ME-PC11121_Ver1.0_Page 8
© 2004-2010 Sure Electronics Inc.
Page 12
REMOTE TEMPERATURE
CONTROLLER
USER’S GUIDE
Chapter 4. Mechanical Drawing
FIGURE 4-1 MECHANICAL DRAWING OF FRONT PANEL
FIGURE 4-2 MECHANICAL DRAWING OF BACK PANEL
FIGURE 4-2 MECHANICAL DRAWING OF BASE PANEL
© 2004-2010 Sure Electronics Inc.
ME-PC11121_Ver1.0_Page 9
Page 13
REMOTE TEMPERATURE
CONTROLLER
USER’S GUIDE
Chapter 5. Appendix
Due to the performance limitation of 7-segment display, some letters and digits are
constructed with special segment architecture. The letters-digits table is as follows:
TABLE 5-1 LETTERS-DIGITS
ME-PC11121_Ver1.0_Page 10
© 2004-2010 Sure Electronics Inc.
Page 14
REMOTE TEMPERATURE
CONTROLLER
USER’S GUIDE
Chapter 6. Contact Us
Sure Electronics Co., Ltd.
East zone, 3F, Building 6 Jingang Technology Innovation Center No.108 Ganjiabian Rd (ZIP: 210000) Qixia District Nanjing P.R.China Tel: +86-25-68154800-860 Fax: +86-25-68154891-832 Website: www.sure-electronics.com Email: customerservice@sure-electronics.com
© 2004-2010 Sure Electronics Inc.
ME-PC11121_Ver1.0_Page 11
Loading...