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         2018.08                                                                    

   

                                                              P4/14 

 

5.3.3 Keypad functions 

If timer is disabled (tF = OFF), key A and B control the SSR power output. Press 
key A momentarily to enable the output, or restart from the STOP status. The 

bottom display will show “RUN” for a short moment. 

Press key B momentarily

 

to stop

 the output. T

he bottom display will flash “STOP”.

 

 
If timer is enabled (tF = ON), key A and B control the SSR power output and 
timer function. Press key A momentarily to enable the output, or resume/restart 
from the HOLD/STOP status. If 

PuS

 is set to 

“d

ely

 (delayed power-up, 

note 2-

2

 in page 4), timer will be enabled at the same time.  Press key B momentarily 

to hold the timer, but it will NOT hold the power output status. 

Press and hold 

Key B for 5 seconds

 

to stop

 the timer and disable the power output. Bottom 

display will flash “STOP” and OUT indicator is OFF. 

 

 

Note for mute function of Key A/RUN

: Key A can also be used to mute the 

built-in buzzer when triggered by temperature alarm (relay mode ALbE only, note 
12 in page 9). Once the built-in buzzer is turned on (triggered by temperature 
alarm), user can mute the built-

in buzzer manually by pressing Key “A” (or “RUN”) 

momentarily. This mute operation will not affect relay action nor mute step/timer 
event alarm notifications. 
 
Key A can be used to sta

rt the program as well, but “

mute

 function has higher 

priority than “s

tart

” function:

 When process temperature is in the alarm zone and 

the program has not started yet, press Key A momentarily will mute the alarm 
first. To start the program, you need to press Key A again. 
 

5.3.4 Criterions to start the timer in boiling mode 

To start the timer, three criterions need to be met: 
1). Timer must be enabled in parameter settings: tF = ON (note 9 in page 7) 
2). The controller cannot be under STOP/HOLD status. If you see the display 

flashes  “STOP”  or  “HOLD”,  you  need  to  press  key  A  momentarily  to  start  or 

resume the program.  
3). 

Controller’s

 reading temperature (top display) must be higher than the value 

of btsp (boiling timer start temperature, note 9 in page 7).  

 

Press down 

and hold the 

knob for 5s

80

100

Knob

goto

mash

goto
prog

goto

boil

Enter Mash 

mode settings

Enter Step 

Program

Settings (Mash 

mode)

Enter Boil 

mode settings

Knob

Press

Knob

Press

Rotate

Knob

Rotate

Knob

Knob

Press

goto

rely

Enter Relay 

settings

Knob

Press

Rotate

Knob

goto

syst

Enter System 

settings

Knob

Press

Rotate

Knob

 

Figure 5. Parameter group selection 

Tip 1

: When timer is started, you will hear the beeping notification. Please see 

section 9 in page 10 for details.  

Tip 2

: Similar to mashing mode, you can even hold the timer (by pressing key B 

momentarily) before the timer is started (reading temp. is below btsp, note 9 in 
page 7). Then when reading temp. is over btsp, timer will be started and held 
immediately.  You  will  hear  the  beeping  notification.  This  tip  can  create  one 

“HOLD” step before the timer is started. 

 

 

6.

 

Control Parameters  

Parameters  are  divided  into  five  groups  (figure  5): 

MASH

  for  step  mashing 

control,

 PROG 

for step program settings for mashing

, BOIL

 for boiling control, 

RELY

 for alarm relay settings and 

SYST

 for system configuration.  

 
To enter parameter setting mode, press and hold the knob for at least 5s. Then 

you will see “

GOTO

” on the top display. 

Rotate the knob, you will see the bottom 

display changes with five different names: 

MASH

 (figure 5), 

PROG

 (figure 8),  

BOIL

 (figure 10), 

RELY 

(figure 11) and 

SYST

 (figure 6). All parameter values 

are stored in the controller memory, and they remain unchanged if you power it 
off.  
 
Press down and hold the knob for 5s to enter the setting group selection. Bottom 
display is your current selected group. Press down the knob again to enter the 
selected  parameter  group.  Then  top  display  shows  the  current  selected 
parameter  name,  and  the  bottom  display  shows  its  value/options.  Rotate  the 
knob clockwise to increase the value, and counter-clockwise to reduce the value. 
Fast rotating will change the value rapidly. Once finished, press knob again to 
confirm and go to next parameter. You can press the knob repeatedly to exit the 
setting quickly.  
 

6.1 System settings (SYST) 

System parameters that configure this controller are grouped under this menu.   
 
Table 1. System configuration parameters. 

System Configuration (SYST) 

Display 

Code

 

Description

 

Setting 

Range

 

Initial 

Setting

 

Remark

 

Pb 

Pb 

Temp. reading offset 

-20.0 ~ 

+20.0 ° C or ° F 

0.0 

Note 1 

C-F 

C-F 

Temp. display unit 

° C, ° F 

° F 

Note 2-1 

pus 

PuS 

Power up settings 

inst, dely 

dely 

Note 2-2 

 

goto

syst

pus

Dely

Knob

Power up 

setting

Knob

pb

0

Knob

Temperature 

reading offset

80

100

End

C-f

f

Knob

Temp. display 

unit

 

Figure 6. Flow chart of setting system parameters. 

 

Summary of Contents for EZboil DSPR310D

Page 1: ...n 2 seconds after you stop the adjustment 4 AL1 indicator This red LED indicates the status of Relay 1 AL1 When it is on relay 1 is closed when it is off relay 1 is open 5 AL2 indicator This red LED indicates the status of Relay 2 AL2 When it is on relay 2 is closed when it is off relay 2 is open 6 Mashing mode indicator MASH This yellow LED light indicates the operation mode of the controller Whe...

Page 2: ...ep mashing control or boiling control mode Press the knob will set the controller to the operation mode displayed Please check section 5 1 for details Display mode 3 Parameter settings Press down and hold the knob for 5 seconds to enter the display mode 3 Please check section 6 for details 5 Operation 5 1 Operation mode selection This controller offers two operation modes step mashing and boiling ...

Page 3: ...ashing temperature steps User can selectively turn on or off the relay s at specific steps These relays can also be programmed to be synchronized with the internal beeper so that external buzzer can be used for notification at the beginning and end of each step see section 6 4 2 note 12 5 2 4 Adjusting parameter value Two ways to adjust set temperature 1 To adjust the set temperature in current st...

Page 4: ...ettings Knob Press Knob Press Rotate Knob Rotate Knob Knob Press goto rely Enter Relay settings Knob Press Rotate Knob goto syst Enter System settings Knob Press Rotate Knob Figure 5 Parameter group selection Tip 1 When timer is started you will hear the beeping notification Please see section 9 in page 10 for details Tip 2 Similar to mashing mode you can even hold the timer by pressing key B mome...

Page 5: ... alternately In other word the timer for step mashing mode is countdown timer Note 4 Timer Function tSP EO When the program is end please check section 5 2 2 for the difference between end and stop the controller will generate six long beeps The top display will switch between the current temperature and End alternately After timer ends the power output can be configured either to continue heating...

Page 6: ...to prog Knob C 1 122 Knob T 2 00 20 Knob C 8 50 Knob 80 100 Knob T 8 00 00 Step 1 set temp Step 2 time duration Step 8 set temp End Press Press Press Press Press T 1 00 30 Knob C 2 140 Knob Step 1 time duration Step 2 set temp Press Press Step 8 time duration Figure 8 Flow chart of setting step program settings 6 3 Boiling Parameters Parameters the configure the boiling control are grouped under t...

Page 7: ...2 and the buzzer will go off when the second even starts Event timer botX i e bot1 bot2 bot3 botX the time duration of each event where X is the event number 1 9 X is decided by parameter nE Time duration of an event botX is the boiling time of an ingredient to be added to the boiling wort bot1 is the first event timer which starts from the moment that the first ingredient is added until the end o...

Page 8: ...N this relay can be programmed to be activated at target boiling step or steps Parameter rLP is used for programming see below Beep In this mode relay is synchronized with internal buzzer When the built in buzzer beeps this relay also turns on This will allow the user to drive an external flashing buzzer for louder and visual notification ALbE Alarm and beep mode Take relay 1 as an example relay 2...

Page 9: ...re determined period of time User can set the pulse duration by the AP parameter in the menu of alarm settings it ranges from 1 to 100 seconds This feature is useful in situations where a user only need to ring the buzzer for a short time or want to drive an external load for a fixed amount of time duration When LAt it is set to N Non Latching rL ALM ALbE only the relay action will follow the alar...

Page 10: ...g diagrams of how to connect a DC triggered AC SSR with this power regulator SSR 1 2 3 13 14 6 7 8 9 10 4 5 RTD R R W 120V AC L N Heater 3 4 SSR 3 4 1 2 3 13 14 6 7 8 9 10 4 5 RTD R R W Heater 240V AC L1 L2 Figure 13 Wiring examples of controlling a heater with SSR and DSPR310D in a 120VAC system upper and in a 240VAC system lower Example 2 Here is the wiring diagram of how to wire two external bu...

Page 11: ...essage or incorrect temperature reading if your sensor is not connected or your sensor is bad Top display will flash orAL and 932 alternately if you set it to Fahrenheit display C F F or orAL and 500 alternately if you set it to Celsius display C F C Auber Instruments 5755 North Point Parkway Suite 99 Alpharetta GA 30022 www auberins com Email info auberins com Tel 770 569 8420 Copyright 2007 2018...

Page 12: ...ower Figure 5 Original AC sine wave is overlaid with SSVR output wave form The blue colored area shows the power output that has been blocked 2 Time proportional firing A fixed cycle time needs to be defined in this method Then the controller or regulator adjusts the on time during each cycle to achieve the power control For example if the cycle time is 1 second turn on the power for 0 25 second f...

Page 13: ...al drop to zero the AC power is blocked 3 Burst firing This method is similar to time proportional firing section 2 But in contrast to the time proportional mode where the SSR is fired once for each fixed cycle period which are usually 2 seconds or longer the regulator will find the minimum cycle time to achieve the desired output percentage The on pulse can be as short as one AC cycle So power is...

Page 14: ... DSPR detects the frequency and phase of the AC power line so that the pulse width and firing time is synchronized with AC cycle Auber Instruments 5755 North Point Parkway Suite 99 Alpharetta GA 30022 www auberins com Email info auberins com Tel 770 569 8420 Copyright 2007 2018 Auber Instruments All Rights Reserved No part of this manual shall be copied reproduced or transmitted in any way without...

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