Nugsmasher XP User manual

rosin
made
simple
owners manual
Nugsmasher XP
Version 2.0
NS022219
Copyright © 2019 NugSmasher. All Rights Reserved.

Version 2.0NS022219 I
Introduction ..............................................................1
Quick Start Guide .........................................................2
PID Controller ............................................................4
Unit Operation ............................................................7
Pressure system ....................................................... 9
notice ................................................................... 11
Safety .................................................................. 12
table of contents

Version 2.0NS022219 1
introduction
Thank you for the purchase of your NugSmasher® XP. We have designed
this unit for the purpose of effortless rosin extraction for up to 28 grams
of flower. When setting up your unit, please ensure your stand is suitable
for the weight of the machine. Also note, that the unit gets hot and the
high temperature hydraulic heat plates are capable of bodily injury if
not used in a safe manner. (Please do not attempt to open your unit
casing as this will void your factory warranty.)
While our products are sturdy and built to last, they are also heavy and
shippers can be rough during handling. If there are any problems from
shipping and your item does not deliver safely please contact us direct so
we can resolve the matter immediately.
As always, please feel free to call us at any point with any questions or
concerns at [phone] or NugSmasher®.com/contact.

Version 2.0NS022219 2
quick start guide
When starting your unit make sure the plates are closed (surface of plates should be
pressed together) this will allow the temperature sensor in the bottom plate to get an
accurate top and bottom reading and distribute the desired temperature to both plates.
Additionally, bring plates together if more than 3 minutes passes to ensure accurate
temperature readings. It is best to leave the plates together any time the machine is on
and not in use.
Please note that under any circumstances do not turn release valve more then ½ a turn in the open (counter clockwise) direction as
this will void your warranty and may result in hydraulic fluid loss. Also make sure when not in use or stored, the release valve must be
in closed tight (clockwise) position.
KEEP RELEASE VALVE IN CLOSED “CLOCKWISE POSITION” WHEN NOT IN USE
WARNING!
Never turn your
release knob more
than ½ full turn
counter clock wise
from tight.
Please Note:
Your release knob
is factory designed
to be a slight
upward.

Version 2.0NS022219 3
Set power switch to the “on” position. You will notice on your control screen there are
two rows of digits. The top is the current temperature of the heat plates. The bottom
is the set temperature. The XP comes preset at 200 degrees Fahrenheit and will take
approximately 7-10 minutes to reach set temperature depending on your location.
Adjusting Temperature
Press the up or down arrows (red circle) to select desired temperature setting. Once you
have changed to your desired temperature press the enter button (green circle) once to
lock in temperature. It is not advised to go into any other programming modes as your unit
has been factory preset for optimum settings. Note: US models are set for Fahrenheit and
all international orders are set in Celsius unless specified otherwise.
quick start guide

Version 2.0NS022219 4
pid controller
Temperature ControllerNS710 LCD Display PID
21
1. main features
2. Model defined
3. Technical parameters
Operation Manual
●White large characters color LCD display and new higher contrast LCD with greatly
improved visibility.
●Easy to Use, from Model Selection to Setup and Operation.
●The External waterproof sealing ring and the Internal waterproof sealing ring make the
instrument reach the good waterproof performance.
●Plastic Handle waterproof type key ,is a hard surface that won't scuff ,Operation feel clear
and smooth.
●Input type:K,E,J,N thermocouples and Pt100 platinum resistance freely programmable.
●Use digital calibration technology for input Measurement accuracy:0.3%FS,maximum
resolution is 0.1℃.
●Use advanced artificial intelligent control algorithm, no overshoot and with the function of
auto tuning (AT) and self-adaptation.
●With worldwide power supply of AC/DC100-240V or DC12-24V.
Relay contacts output
Code OUT(Master output)
R
QSSR voltage output
W1 TRIAC no contact
normally open output
W2 TRIAC no contact
normally closed output
NNone
1
AC/DC100~240V
Code Power
DC12-24V
D
None
3
None
Code ALM Alarm)(
1 relay contact output
1
N
2
22 relay contact output
1 2 3
NS710
AC/DC100 240V , or DC12-24V(~-15%, +10%/50-60HZ)
0.3% FS ± 1 measurement unit
Measurement accuracy
Power consumption Approx. 5.2 VA at 100 to 240 VAC, Approx. 3 VA at 12 to 24 VDC
Power supply voltage
Response time ≤0.5Sec(when digital filter parameter InF=0)
Control mode one-stop regulating,Intelligent Fuzzy PID algorithm
K(-50~+1300°C),E(0~800°C),J(0~1000°C),N(0~1300°C),
Pt100(-200~+600°C)
0,0.0
Decimal point
Input type and
Measuring range
Operating voltage range 85% to 110% of rated supply voltage
Operating Ambient Temperature:0~60°C;Humidity≤90%RH
Relay output
SSR output
3A/250VAC 5A/30VDC
12VDC/50mA(Used to drive SSR)
Electromagnetic
compatibility (EMC)
IEC61000-4-4(Electrical Fast Transient Burst)±4KV/5KHz;
IEC61000-4-5(Surge),4KV
control
output
Lsolation
withstanding voltage
Between power,relay contact or signal terminals 2300≥VDC;between
isolated electroweak terminals≥600V
1
2
6
5
3
4
78
9
No.1 display, PV or specified parameter
1
No.2 display, SP or specified parameter value
2
Temperature unit:°C/°F
3
Operation indicators:
OUT ，AL1 、AL2 indicators indicators indicators
4
Setup key: For accessing parameter table and
conforming parameter modification.
5
Enter key:For Confirm and change to another
parameter
6
Data shift key
7
Data decrease key
8
Data Increase key
9
4. Front Panel Description
Waterproof Packing(Accessory)
686
45
Panel thickness 1~5mm
Mounting Adapter(Accessory)
48
58 48
Mounting Adapter
5. size
●Multiple install Cutouts
45+0.6
-0
45+0.6
-0
60 min.
60 min.
15 min.
45+0.6
-0
45+0.6
-0
●Single install Cutout
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Version 2.0NS022219 5
7. Parameter list and function
In the basic display state, press and hold key 2 seconds, Enter the field parameters,
Parameter
code
Meaning of
parameters Explain Setting
range
3 4
AL1 high
limit alarm
value
AL1 low
limit alarm
value
-999~
+32000
“HAL1” is the absolute value alarm or deviation value alarm, by
“ALtd” parameter definition.
When the value set to Max. will disable this function.(3200)
“LAL1” is the absolute value alarm or deviation value alarm, by
“ALtd” parameter definition.
When the value set to Min. will disable this function.(-999)
AL2 high
limit alarm
value
AL2 low
limit alarm
value
“HAL1” is the absolute value alarm or deviation value alarm, by
“ALtd” parameter definition.
When the value set to Max. will disable this function.(3200)
“LAL1” is the absolute value alarm or deviation value alarm, by
“ALtd” parameter definition.
When the value set to Min. will disable this function.(-999)
HAL2
LAL2
HAL1
LAL1
set Loc=800,Then press the key
to enter the system parameters
2 Sec
6 Display the status and basic operation.
The basic display state
.
.
.
.
.
.
Access to the Field
paramet e r table
.
.
.
.
.
.
Access to the system
parameter setting state
POWER ON
2 Sec
Omit description
2 Sec 2 Sec
Omit description
6.1 System parameter setting
In the basic display state, press and hold key 2 seconds, , set the
LOC = 800,Then press the button to confirm and enter the system parameter setting state.
, , Key can directly modify the parameter values. Press the key to reducing
the data, press the to increase the data,Waiting to modify the value of the decimal
point will flash (like a cursor).press key and hold, you can quickly increase / decrease in value,
And the speed will be automatically accelerated. also press the key to move to modify the
data location (cursor), the operation is more efficient. Key can be stored to modify
parameter values and display the next parameter,press and hold key 2 seconds,and can
return to the previous parameter; can immediately exit the
parameter setting state.
Enter the field parameters
key
press and hold key 2 seconds
6.2 Set Value Setting
In the basic display state, press , , key can directly modify the given value.
6.3 “At”PID Parameter auto-tuning
Press and hold for 2 seconds, the At parameter appears,"At" parameter "OFF" is set to "ON"
and then press the KEy to confirm instrument can start the implementation of the auto-
tuning Given function,the instrument in the basic display state display will flash the word "At",
the instrument after 2 oscillation cycle ON-OFF control can automatically calculate the PID
parameters.If you want to advance to give up auto-tuning , "At" parameter “ON” is set to “OFF”
and then press key to confirm.
Given tuning parameter values obtained are not identical, to perform auto-tuning function,
should be first given value set in The most commonly used value or middle value, if the system
is good insulation properties of the furnace, the given value should be set in the system uses
the maximum, and then Execute the start of the operation of auto-tuning function. Reasons to
learn, auto-tuning after the initial use, the effect may not be the best, you need a period of time
(usually the same time auto-tuning control) before they can get the best results.
Srun running state run:Run control state
StoP:Stop state, display flashing display "StoP".No.2
run
StoP
LOC Parameter
lock
LOC<9000, will automatically for 0, allowed to modify the SV Set
Value.
LOC≥9000, are not allowed to modify the SV Set Value.
Set the LOC = 800, then press key to confirm, can enter the
following system parameters.
0~9999
7.1 Field parameters
In the field parameters,set Loc=800,Then press the key to enter the system parameters.
7.2 system parameter
Alarm
hysteresis
Alarm mode
Avoid frequent alarm on-off action because of the fluctuation of PV
ALtd=0，AL1is the is the
.
deviation value alarm,AL2 absolute
value alarm
ALtd=1，AL1 and AL2 is the absolute value alarm.
ALtd=2，AL1 and AL2 is the deviation value alarm.
0~2000
0~2
AHYS
ALtd
pid controller

Version 2.0NS022219 6
65
* solid state relay output type factory is set to ,
the relay contact output type factory set to .
8. default settings.
Control
mode
onoF: on-off control. For situation not requiring high precision.
FPId: advanced artificial intelligence ”FUZZY PID“ control.
onoF
FPId
onr: Reverse acting. Increase in measured variable causes a
decrease in the output, such as heating control.
ond: Direct acting. Increase in measured variable causes an
increase in the output, such as refrigerating control.
Selection of
heating
refrigeration
CntL
orEv onr
ond
Proportional
band
1~32000
Proportional band in PID and APID control. Instead of percentage
of the measurement range, the unit is the same as PV.
Generally, optimal P, I, D and CP can obtained by auto tuning. They
can also be manually inputted if you already know the correct
values.
P
CP Control cycle CP reflect the instrument operator to adjust the speed, the size of
the CP that affect the control accuracy.
With SSR, SCR output control cycle preferable to shorter, usually
0.5-3.0 Seconds. The relay switch output is generally in 15-40 sec.
When the output relay switches , the CP will be limited to
3 seconds, And self-tuning At will automatically set the CP as the
appropriate value, taking into account the control accuracy And
mechanical switch life.
When the control mode CntL = onoF, the action of the CP as an
output disconnect or power-on output ON Delay time.
0.2~
300.0
Int Input Signal Input spec:
K、E、J、N、Pt（Pt100）
dp Decimal
point
0 (no decimal), 0.0 (one decimal place).
InF
dU
SvL
SvH
-999~
+3200
SC Input Shift
Adjustment
Sc is used to shift input to compensate the error caused by
transducer, input signal, or auto cold junction compensation of
thermocouple.
PV after compensation=PV before compensation + Sc It is generally
set to 0. The incorrect setting will cause measurement inaccurate.
-199.9~
+400.0
PV
input filter
The value of InF will determine the ability of filtering noise.
When a large value is set, the measurement input is stabilized but
the response speed is slow. Generally, it can be set to 1 to 3.
If great interference exists, then you can increase parameter “InF”
gradually to make momentary fluctuation of measured value less
than 2 to 5.
When the instrument is being metrological verified, “InF” s can be
set to 0 or 1 to shorten the response time.
Temperature
unit selection
°C：
°F：fahenheit equals
celsius equals
Low limit
of SV
Minimum value that SV is allowed to be.
Upper limit
of SV
Maximum value that SV is allowed to be.
0~40
°C
°F
HYS Control
hysteresis
0~200.0
HYS is used for on-off control to avoid frequent on-off action of relay.
For a reverse acting (heating) system, when PV > SV, output turns
off; when PV<SV-HYS, output turns on.
For a direct acting (cooling) system, when PV<SV, output turns off;
when PV>SV+HYS, output turns on.
Differential
time
No derivative effect when d=0 0~3200
seconds
d
0
0.0
Integration
time
No integral effect when I=0 1~9999
seconds
I
*
Parameter code factory setting Parameter code Parameter code
factory setting factory setting
9. Wiring diagram.
+
ABB
-
1 2
109876
11
12
13
345
AL1
-
+
OUT
COM
N/O
AL2
N/O
N/OCOM N/C
POWER
COM
10. Note
（ ）
（ ）
（ ）
1 Can not normally display measured values in the display window alternating show:
"orAL" character, indicating that the input of the measurement signal abnormalities or Out of
range; check Int parameter settings, and then the input sensor signals are the same category,
if it is determined the same, check the input sensing Signal not pick the wrong line, if it is
determined to not pick the wrong line, check whether the sensor problem, replace another
sensor to try.
2
heat dissipation, instrument internal temperature rise due to thermal radiation will lead to a
result of the measurement accuracy and service life of the affected. In this Case, to be taken
to a forced cooling fan or other measures to reduce the ambient temperature.
3 the extension or connection then the thermocouple leads should be used with the
thermocouple type to match the compensation conductor; extend or connect the
thermoelectric Resistance of the lead, you should use the minimal resistance of the wire and
cable away from power lines and load connection, in order to avoid signal interference.
The instrument used by the local environmental temperature and humidity can not
exceed the scope of the provisions, the instrument around should allow sufficient space for
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pid controller

Version 2.0NS022219 7
Before your unit is turned on, insert handle into the vertical opening on the right side of unit. Notice there is a round tube that your shaft
handle will be inserted into for plate compression operation. Pump handle until plates are lightly pressed together.
Pressure:
Once your unit reaches set temperature you’re ready to start pressing. Once you have your material between parchmentpaper -do not use wax
paper!-, slowly start raising plates by pumping handle. It is key to do this slowly to properly build heat into your material. The entire pressing process
should be between 90-120 seconds depending on your strain. Note: Near the 60 second mark there may be a slight drop in pressure and may
require additional pressure to be added to hold at desired pressure. There are several videos available online on the NugSmasher® social Instagram
account as well as the NugSmasher® YouTube channel that are very beneficial for techniques and tips of your rosin extraction. Note the leverage
designed with your pump handle is only designed for hand operation. Do not use any other leverage device or foot to push handle down as you will
cause damage not covered by warranty. Visit Terp Files at nugsmasher.com/view-public-rosin-data/ for great reference to strains, temps and unit
settings used.
Ideal Temperature:
The ideal pressure and temperature will vary depending on strain and growing techniques
so don’t be discouraged on your results when you press new material. We recommend
when pressing a new strain to start at approx. 220 degrees for flower and notate your
yield results (weight of material in vs. rosin out). Perform additional test presses and drop
7 degrees per press until you notice your yield percentage starting to drop. Adjust back
to the previous temp and that will be your ideal temp for that strain. It is advised to have a
thermal temp gun to verify and check temperatures from time to time. Use our temperature
test strips included with your unit (also available for purchase at NugSmasher®.com),
unless in a pinch use a small piece of electrical tape as the high gloss on heat plates will
affect accurate temp readings if using a thermal temp gun. (As shown in Illustration. The
NugSmasher® XP has 2 heating elements in each plate and between presses of more
than 3 minutes and especially during initial warm-up, it is advised to bring the plates back
together to ensure exact set temperature is maintained in both plates.
unit operation

Version 2.0NS022219 8
unit operation
Remember
“Fire in fire out!”
3.5g bag (1.1g-3.5g) = 1.5”-1.6”Diameter
7g bag (3.6g-7g) = 2”-2.2”Diameter
14g bag (7.1g-14g) =2.4”-2.7”Diameter
As the micron gets smaller the diameter gets larger, this is the reason for the variance in the diameter numbers above. We prefer to use
160 micron for fresh flower, as flower dries we go down in micron screen size (for dry flower use 90 micron). Micron size determines the
diameter (surface area) of the smashed bag. For nugs 1g and smaller no bag is necessary. For more details about loading Bottle-Tech
and/or Barrel-Tech style (BTS) please visit NugSmasher® on YouTube: https://www.youtube.com/watch?v=0osvcD7CLK0
Loading Micron Bags:
NugSmasher® extraction bags, are recommended for optimal yield and clean quality rosin. Our bags are hand-made and packaged
in the USA! NugSmasher® extraction bags are specially designed to work with the weight of fresh cured flower and are labeled
accordingly at: 3.5 g (1.1g-3.5g), 7 g (3.6g-7g) and 14 g (7.1g-14g). This assumes the bags are loaded (BTS) or bottle/barrel-tech
style (upright so that you end up with the round coin like puck once fully pressed). This perfected method allows you the ability to put
the proper weight of flower into the bag and get a consistent extraction every time. This method also applies the proper pounds per
square inch of pressure (PSI) on your product and eliminates the guess work.

Version 2.0NS022219 9
PSI ON Material 500 750 1000 1250 1500 One 3.5G
Bag (BTS)
Gauge Reading 385 577 770 962 1155
PSI ON Material 500 750 1000 1250 1500 Two 3.5G
Bags (BTS)
Gauge Reading 770 1154 1539 1923 2309
PSI ON Material 500 750 1000 1250 1500 Three 3.5G
Bags (BTS)
Gauge Reading 1154 1731 2309 2886 3463
PSI ON Material 500 750 1000 1250 1500 One 7G
Bag (BTS)
Gauge Reading 684 1126 1368 1710 2052
PSI ON Material 500 750 1000 1250 1500 Two 7G
Bags (BTS)
Gauge Reading 1368 2052 2736 3420 4104
PSI ON Material 500 750 1000 1250 1500 One 14G
Bag (BTS)
Gauge Reading 1069 1603 2138 2672 3206
PSI ON Material 500 750 1000 1250 1500 Two 14G
Bags (BTS)
Gauge Reading 2138 3206 4275 5344 6412
NugSmasher® extraction bags, our bags are recommended or
optimal yield and clean quality rosin. NugSmasher® extraction
bags are specifically designed to work with the weight of fresh
cured flower together with our extraction machines and are
labeled accordingly at: 3.5g, 7g and 14g this assumes the bags
are loaded (BTS) or bottle/barrel-tech style (upright so that you
end up with the round coin like puck once fully pressed).
This perfected method allows you the ability to put the proper
eight of flower into the bag and get a consistent extraction very
time. The reason for this is that it allows for the proper pounds
per square inch, pressure (PSI) on your product and eliminates
the guess work.
3.5g = 1.5” Diameter = 1.77” in surface area
7g = 2”-2.2”Diameter= 3.14” in surface area
14g=2.4”-2.7”Diameter= 4.91” in surface area.
We prefer to use 160 micron for fresh flower, as flower dries we
go down in micron screen size (for dry flower use 90 micron).
NOTE: As the micron gets smaller the diameter get slightly larger.
Example: 90 micron is about 5% larger at the end of your extraction.
Plate Pressure:
The applied plate pressure is determined by the extracted material’s
surface area (bag, size and quantity) and the applied pressure to the
extraction (Gauge PSI Reading)
Gauge Pressure:
Gauge pressure (psi) is measured from the hydraulic rams fluid
pressure. This is the applied pressure and should be adjusted to the
surface area to achieve optimum results.
Plate Pressure: Gauge Pressure:
Surface Area Key
-VS-
NugSmasher® XP Consistency Chart PSI to Surface Area Bag Selection
pressure System
For the XP Calculator tool, please visit, NugSmasher.com/tools

Version 2.0NS022219 10
pressure System
EXTRACTION EXAMPLE:
One 3.5g bag Two 3.5g bags
Plate Pressure
750 PSI
There is only one 3.5g bag
that has the total surface
area of around 1.77in2.
Plate Pressure
750 PSI
There are two 3.5g bags
that has a total combined surface
area of around 3.54in2.
Gauge Pressure
577 PSI
To extract your material at 750 PSI
with a surface area of 1.77in (one
3.5g bag) it would equal 577 PSI on
your gauge.
Gauge Pressure
1154 PSI
To extract your material at 750 PSI
with a surface area of 3.54in2(1.77in2
for each 3.5g bag) you would need
1154 PSI on your gauge.
top plate view:
For all the XP configurations use the
calculator tool at, NugSmasher.com/tools

Version 2.0NS022219 11
Notice
•Copyright © 2019 All rights reserved. No part of this manual may be reproduced
or used in any manner without written permission of the copyright owner.
• The contents of this document may be subject to change without notice.
• Due to improvement or change of this device, the description of this document
could be partially different in specification, for which your understanding is
requested.
• With the exception of what is provided for in the warranty provisions of
NugSmasher®, we do not assume any liability against the damages (including
but not limited to the loss of profit, indirect damage, special damage or other
monetary damages) arisen out of the use or failure to use this product properly.
The same shall also apply to the case even if NugSmasher® had been notified
of the possibility of arising damages in advance. As an example, we shall not
be liable for any loss of material made using this product or indirect damages
caused by the product.
• Use of your NugSmasher® press should be done in accordance with all local,
state and federal regulations. It is owner/users responsibility to know and
understand laws and regulations regarding concentrates. NugSmasher® has
no responsibility of how product is used and products produced with it.

Version 2.0NS022219 12
Safety
• Keep away from children, pets and clothing.
• Never leave the extractor on when you go to sleep or leave the area.
• Never use or store flammable liquids (such as gasoline) around the extractor. The flammable vapors can flow from one part of
the room to another and be ignited by an electrical spark.
• Place at least three feet away from objects such as bedding, furniture and drapes. Do not place where towels or other objects
could fall on the extractor and start a fire.
• Use extractor on the floor or bench top. Never place on furniture, since unit may fall , which could result in a fire or shock
hazard. Do not use in wet or moist places, such as bathrooms; corrosion or other damage to parts in the unit may lead to a fire
or shock hazard.
• Do not hide cords under rugs or carpets. Placing anything on top of the cord or unit as it could cause the cord or machine to
overheat, and can cause a fire.
• Do not use an extension cord unless absolutely necessary. Using a light-duty, household extension cord with high-wattage
appliances can start a fire. If you must use an extension cord, it must be marked #14 or #12 AWG; this tells the thickness or
gauge of the wire in the cord. Do not use a cord marked #16 or #18 AWG. Only use extension cords bearing the label of an
independent testing laboratory such a U.L. or E.T.L.
• Be sure the plug fits snugly in the outlet. Since a loose plug can overheat, have a qualified repairman replace the worn-out
plug or outlet. Since extractor draw lots of power, the cord and plug may feel warm. If the plug feels hot, unplug the heater
and have a qualified repairman check for problems. Using an extractor with a hot cord or plug could start a fire.
• If a extractor is used on an outlet protected by a ground fault circuit interrupter (GFCI) and the GFCI trips, do not assume
the GFCI is broken. Because GFCls protect the location where leakage currents can cause a severe shock, stop using the
extractor and have it checked, even it if seems to be working properly.
• Broken extractor should be checked and repaired by a qualified service center. Do not attempt to repair, adjust or replace
parts yourself as this will void warranty.

rosin made simple