MidNite Solar MNCLIPPER User manual

The MNCLIPPER works with the MidNite Solar Classic MPPT Charge Controller to provide
the highest level of performance and protection possible.
Features:
Helps protect turbine from overspeed.
Braking feature included.
Convenient switching between run / turbine Stop.
Settable voltage threshold for clipping.
50 Amp pass-through.
D.C. or Three Phase AC models with heavy duty three phase bridge rectifier.
AC model Converts three phase AC input to D.C. for the Classic.
Durable powdercoated chassis.
MNSPD Surge protective devices (optional) can be added for protection against surges.
Available in 1.5 and 4.0 KW models.
MidNite Solar Clipper Instructions

Clipper Instructions (continued)
2 | P a g e 1 0 - 1 7 1 - 1 R E V : E
IMPORTANT SAFETY INSTRUCTIONS
SAVE THESE INSTRUCTIONS - These instructions contain important safety and operating instructions for the MidNite Solar
MNClipper.
If you do not fully understand any of the concepts, terminology, or hazards outlined in these instructions, please refer installation
to a qualified dealer, electrician or installer. These instructions are not meant to be a complete explanation of a renewable energy
system.
GENERAL PRECAUTIONS
If service or repair should become necessary, contact MidNite Solar Inc. Improper servicing may result in a risk of shock, or fire.
To reduce these risks, disconnect all wiring before attempting any maintenance or cleaning. Turning off the inverter will not reduce
these risks.
Do not work alone. Someone should be in the range of your voice or close enough to come to your aid when you work with or near
electrical equipment.
Remove rings, bracelets, necklaces, watches etc. when working with batteries or other electrical equipment. Power from RE
sources makes a very effective arc welder with dire consequences if one of the welded pieces is on your person.
Table of contents.
Theory of operation ---------------------------------------------------------------------- 3
Major Components ---------------------------------------------------------------------- 3
Installation --------------------------------------------------------------------------------- 5
Wiring the Clipper ------------------------------------------------------------------------ 7
Knockout Locations ---------------------------------------------------------------------- 8
Clipper set-up and clipping voltage--------------------------------------------------- 11
Product Specifications------------------------------------------------------------------- 11
Using with a Classic MPPT Charge Controller--------------------------------------- 12
Clipper Operation ------------------------------------------------------------------------- 13
Resistor Module --------------------------------------------------------------------------- 13
Wiring Diagrams -------------------------------------------------------------------------- 16
Turbine Presets when used with your Classic--------------------------------------- 18
Warranty ------------------------------------------------------------------------------------ 20
Contact information ----------------------------------------------------------------------- 20
Notice of Copyright
MidNite Solar Clipper User’s Manual
Copyright © 2012, 2019 all rights reserved.
Disclaimer
Unless specifically agreed to in writing, MidNite Solar Inc.
(a) Makes no warranty as to the accuracy, sufficiency or suitability of any technical or other information
provided in its manuals or other documentation.
(b) Assumes no responsibility or liability for loss or damage whether direct, indirect, consequential or incidental,
which might arise out of use of such information. The use of any such information will be entirely at the user's risk.
MidNite Solar 17722 - 67thAve N.E. Arlington, Wa 98223 U.S.A.
360.403.7207 [e-mail] www.midnitesolar.com

Clipper Instructions (continued)
3 | P a g e 1 0 - 1 7 1 - 1 R E V : E
Theory of operation:
The Classic charge controller uses its AUX output to control the Clipper. As the batteries become charged and loads
lessen the voltage will rise. When the voltage reaches pre-set levels, the Classic will send a pulse width modulated
signal to the Clipper. This signal will engage the load resistors as needed to load down the input to a safe level. The
Clipper also has a built in Self Powered user adjustable emergency fail safe max voltage setting. This will allow the
clipper to keep the turbine under control if communications are lost with the Classic.
Caution:
Parts of the Clipper get hot during normal operation and high voltage is present at many locations. Do not touch
any internal components of the Clipper until all power has been removed and the Clipper has had time to cool
down.
The internal fan is temperature controlled and may run anytime that power is applied.
Three Phase Solid State Relay
AC Clipper Major Components
Three Phase Bridge Rectifier
RUN/STOP Slider
50 Amp Input Breakers
Resistor Module
(Load Bank)
Three Phase Input from Turbine
Main PCB

Clipper Instructions (continued)
4 | P a g e 1 0 - 1 7 1 - 1 R E V : E
Caution:
Parts of the Clipper get hot during normal operation and high voltage is present at many locations. Do not touch
any internal components of the Clipper until all power has been removed and the Clipper has had time to cool
down.
The internal fan is temperature controlled and may run anytime that power is applied.
DC Clipper Major Components
DC Solid State Relay
Rectifier
RUN/STOP Slider
50 Amp Input Breakers
Resistor Module
(Load Bank)
DC Input from Turbine
Main PCB
Snubber PCB

Clipper Instructions (continued)
5 | P a g e 1 0 - 1 7 1 - 1 R E V : E
INSTALLATION:
Mounting the MNClipper:
Mounting the MNClipper is not a difficult task but a little planning now can save a lot of grief later. It is
recommended that you read and fully understand all the installation instructions and safety precautions before
proceeding.
Parts Included are:
1 - MNClipper
2 - Mounting brackets
4 - 6mm Threadforming screws
1 - Instruction manual
Tools required for mounting the MNClipper are:
#2 Phillips screwdriver, stud finder and a level. A drill may be required to drill pilot holes.
The Clipper has a type 1 enclosure and should be installed only in a protected dry indoor location with adequate
ventilation on all sides. The air exiting the exhaust of the Clipper will be hot when the Clipper is slowing the turbine.
A minimum of 8” of clearance on the sides and bottom and 24” above the Clipper are recommended. The Clipper is
somewhat heavy it is a good idea to be sure that the mounting surface can handle the weight. Also ensure that the
mounting surface is heat resistant.
Remove the 4 screws on the Clipper door and set aside to reinstall later.
Locate the two mounting brackets included with the MNClipper. The narrower side of the mounting bracket with
the smaller holes goes towards the MNClipper with the other side towards the mounting surface. The top and
bottom brackets are identical.
First, install the bottom mounting bracket onto the Clipper using two of the included M6 threadforming screws.
Next, partially screw the remaining two M6 threadforming screws into the two holes on the narrower side of the
top mounting bracket that line up with the keyhole slots on the upper back of the Clipper. The screws should be left
just far enough out to allow the chassis to slide down into the keyhole slot.
Bottom mounting bracket
shown installed.

Clipper Instructions (continued)
6 | P a g e 1 0 - 1 7 1 - 1 R E V : E
Use a level and hold the top mounting bracket on the wall in a horizontal position and mark on the wall where the
mounting screw holes will be placed. The mounting brackets are designed to line up with 16” centers.
If required, drill pilot holes using a #10 (0.193” diameter) drill bit.
Drill appropriately sized holes for heavy duty anchors (sold separately) when installing on non-wood surfaces.
Secure the top mounting bracket to the wall using three ¼ X 1½ hex-head lag bolts (not included). Make sure that
the outer two lag bolts are securely fastened into a stud. If mounting to other than a wood wall or surface, use
appropriate screws and anchors as required. It is the installer’s responsibility to ensure the adequacy of the wall
mounting.
Lift the Clipper and place the keyhole slots (located on the upper back of the Clipper) directly over the mounting
screws on the upper mounting bracket on the wall and lower into place.
Tighten the top mounting screws to secure the Clipper to the mounting bracket.
Secure the bottom mounting bracket to the wall using three ¼ X 1½ hex-head lag bolts (not included).
Be sure to observe NEC mounting height requirements.
Mounting a Classic charge controller :
With an MNCCB-L Left side mounting bracket (Sold
separately) and three countersunk screws secure
the MNCCB-L bracket to the side of the Clipper.
Required screws are included with the MNCCB-L.
Install the MNCCC-K conduit nipple on the lower
knockout on the Clipper.
Remove the four screws on the face of the Classic
and remove the cover. Caution –the MNGP cable
connects the front of the Classic to the back and is
fairly short. Carefully move the cover away just a
little and disconnect the cable. Set the face aside
for now.
Position the Classic on the bracket and secure with
screws. Install the nuts on the conduit nipple to
secure it in place. Three nuts are supplied with the
MNCCC-K. One is used as a spacer. After all wiring
to the Classic is complete, reconnect the MNGP
cable and re-install the cover.
Circuit breakers are required on the input and
output of the Classic Charge Controller.
MNEDC DC Circuit breakers are ideal for this.
See page 8 for breaker knockout location.
Refer to the Classic installation manual for further
details including sizing of input and output
breakers.
MNCCC-K Close Nipple
(Sold Separately)
MNCCB-L Left Classic
Mounting bracket
(Sold separately)
Countersunk screws
MNEDC
DC Circuit breaker
(Sold Separately)

Clipper Instructions (continued)
7 | P a g e 1 0 - 1 7 1 - 1 R E V : E
Wiring the Clipper:
Do not alter factory pre-wired connections!
The Clipper is a complex device and should only be installed by an experienced installer!
The wiring diagrams beginning on page 16 show the various configurations of the Clipper. The wiring inside the
dashed lines shows the connections in from the turbine and out to the charge controller.
Be sure to comply with all local and national code requirements including National Electrical Code ANSI/NFPA 70.
Use Class 1 wiring methods for field wiring connections to terminals of a Class 2 circuit. Use only 14-2/0 gauge
AWM wire. Select the wire gauge used based on the protection provided by the circuit breakers/fuses.
On the following pages are drawings of knockout locations and more detailed wiring information.
Below are the torque values for the ground busbar and various circuit breakers.
Ground Busbar Torque Values
Large Busbar Screws 18 - 10 AWG 35 In Lbs.
Large Busbar Screws 8 AWG 40 In Lbs.
Large Busbar Screws 6 - 4 AWG 45 In Lbs.
Large Busbar Screws 3-1/0 AWG 50 In Lbs.
Breaker Torque Values
MNDC-GFP63 Breaker 20 In-Lbs (2.3NM)
MNDC-GFP80 Breaker 30 In-Lbs (3.4NM)
MNDC-GFP100-Dual Breaker 30 In-Lbs (3.4NM)
MNDC-GFP50-300 Breaker 20 In-Lbs (2.3NM)
MNEDC5 to MNEDC100 Breaker 30 In-Lbs (3.4NM)
MNEDC60-300, MNEDC80-300 Breaker 30 In-Lbs (3.4NM)
Typical three phase system with Classic and Clipper
(Shown with optional equipment)
Required Circuit breakers and grounds are not shown for clarity.

Clipper Instructions (continued)
8 | P a g e 1 0 - 1 7 1 - 1 R E V : E
Clipper Bottom Knockout Location
Clipper Side Knockout Location
Clipper Dimensions:
25.411 Tall X 15.41 Wide
26.961 Tall including mounting brackets
Shipping Weight 55 lbs.
Knockouts for MNEDC Circuit Breakers.
A circuit breaker is required for the input and the output of the Classic.
Refer to the Classic manual for the correct breaker size for your system.

Clipper Instructions (continued)
9 | P a g e 1 0 - 1 7 1 - 1 R E V : E
AC Clippers:
Connect phases 1, 2 and 3 (Phase order 1,2,3, is interchangeable) from the turbine to the corresponding lugs on the
large terminal block at the lower right of the Clipper. Knockouts are located on the sides and bottom of the Clipper
for wire entry/exit. Be sure to use appropriate grommets / conduit hubs to protect wiring from chafing.
Connect the positive and negative outputs from the Clipper PCB Terminal block TB3 to the charge controller
positive and negative inputs (refer to the documentation that came with your charge controller).
Observe proper polarity. Severe damage could result from improper wiring. Knockouts are located on the sides and
bottom of the Clipper. See Page 8 for knockout locations and sizes.
The terminal block accepts 6-20 AWG wire. Be sure to use a heavy enough gauge wire to carry all the current from
the turbine.
Connect the ground from the ground terminal busbar to earth ground.
Ground
Busbar
Three phase input from turbine
Terminal block accepts 2/0-14 AWG wire. Be sure to use a heavy
enough gauge wire to carry all the current from the turbine
TB3
Connect DC output to charge controller here.
Terminal block accepts 6-20 AWG wire.
Observe polarity.
Do not remove JP4
(Battery jumper)
Tachometer
connections are
not active at this
time.

Clipper Instructions (continued)
10 | P a g e 1 0 - 1 7 1 - 1 R E V : E
DC Clippers:
Connect the turbine’s DC output to the corresponding lugs Positive and negative on the large terminal block at the
lower right of the Clipper. Knockouts are located on the sides and bottom of the Clipper for wire entry/exit. Be sure
to use appropriate grommets / conduit hubs to protect wiring from chafing.
Connect the positive and negative outputs from the Clipper PCB Terminal block TB3 to the charge controller
positive and negative inputs (refer to the documentation that came with your charge controller).
Observe proper polarity. Severe damage could result from improper wiring. Knockouts are located on the sides and
bottom of the Clipper. See Page 8 for knockout locations and sizes.
The terminal block accepts 6-20 AWG wire. Be sure to use a heavy enough gauge wire to carry all the current from
the turbine.
Connect the ground from the ground terminal busbar to earth ground.
TB3
Connect DC output to charge controller
here.
Terminal block accepts 6-20 AWG wire.
Observe polarity.
Ground
Busbar
DC input from turbine
Terminal block accepts 2/0-14 AWG wire. Be sure to use a
heavy enough gauge wire to carry all the current from the
turbine
Do not remove JP4
(Battery jumper)

Clipper Instructions (continued)
11 | P a g e 1 0 - 1 7 1 - 1 R E V : E
Clipper set-up and Clipping Voltage:
Before operating the Clipper for the first time it is necessary to set the desired upper voltage limit (Fail-Safe
Clipping Voltage). The clipping voltage is determined by what your charge controller can safely allow. The Classic
charge controller is available in 150, 200 and 250 volt versions. Most other controllers have considerably lower
limits. Refer to the manufacturer’s specification for your controller.
Using the Classic Charge Controller to control the Clipper: See page 12 and refer to the documentation that came
with your Classic for details on how to set the Clipping Voltage. It is still necessary to set the upper limit on the
trimpot (VR1) as a fail-safe. The fail-safe circuit is powered by the turbine output and operates independent of the
Classic PWM control.
Open the clipper door and locate the trimpot (VR1) at the upper right side of the PCB located at the bottom of the
Clipper. A small slotted screwdriver is required to make adjustments to the clipping level. The control is marked
with approximate values. When setting the voltage turn the control until the arrow is pointing at the desired
clipping voltage from 0 to 250 volts.
Output voltage
adjustment trimpot (VR1)

Clipper Instructions (continued)
12 | P a g e 1 0 - 1 7 1 - 1 R E V : E
Controlling the Clipper with a Classic Charge Controller.
The Classic charge controller has a PWM (Pulse Width Modulation) output that can be used to control the Clipper’s
output voltage. This will provide very precise control of the power being produced. Refer to the “Configuring
Auxiliary Input/Output” section in the Classic manual for settings and connections for the Classic.
To use this feature it will be necessary to run two wires from the Classic AUX2 output to the terminal block TB6 on
the Clipper PCB. 18 ga twisted pair is recommended to reduce noise.
For the Clipper to function properly and efficiently, the Classic needs to be programmed with turbine specific data
such as the maximum input regulation voltage and a 16 step wind curve. The Classic watches the current and
changes the voltage according to this wind curve. There are several wind curves available in the Classic for some of
the more common turbines but a custom curve may need to be developed for your turbine.
To configure the Classic's Aux ports:
Push the Main Menu button
Scroll left or right to highlight “AUX” and push the Enter button.
Scroll left or right to highlight the relay you wish to change. Select AUX 2, then push the upper right soft
key labeled for “SETUP”. Scroll up or down to change the function of the relay. Select the right soft key to
set the parameters of the function. Use the Up/Down arrow keys to scroll to Clipper Control. When
finished push the ENTER button to save the changes. Press the upper right soft key for VOLTS options.
Scroll to the right to select AUX2. Using the Up/Down arrow keys, select your Clipper type, AC or DC. The
VOLTS and WIDTH settings are not changed at this time. Press ENTER to save the changes. Press the upper
right soft key to select MAX V. Using the Up/Down arrow keys, select the maximum input voltage to the
Classic. This is typically the voltage found on step 16 of the wind curve or 10 volts below the maximum
input voltage of your Classic model. Press ENTER to save the changes, then press the Menu Back button 3
times to view the main Aux Screen. This screen shows both Aux1 and Aux2 functions and verify that Aux2
shows Clipper Control.
Press the Menu Back button 2 more times until the word CHARGE appears. Scroll to the right to highlight
MODE and press Enter. Scroll to the right to highlight FUNCTION then scroll up or down to WIND TRACK.
Press ENTER to save this setting, then press the upper right soft key for Graph. Press the upper left soft
key for MEM. Scroll up to memory location 10 and above to select one of the preprogrammed wind
curves. Press the upper right soft key for RECALL. Then press ENTER to save this curve in memory. Press
the Menu Back button once, scroll to ON and press ENTER to turn the Mode on. If your turbine is not
listed, you will need to contact Tech Support for assistance with making a custom wind curve. This mode is
intended to control the MidNite Clipper. It will send out a PWM signal whenever the controller is loading the
turbine. This will happen when the battery is full or close to it.
TB6 AUX PWM
Input used for external control of the Clipper.

Clipper Instructions (continued)
13 | P a g e 1 0 - 1 7 1 - 1 R E V : E
Parallel Clippers:
On larger turbines two Clippers may be used in parallel for greater capacity.
When used with 1 or 2 Classic charge controllers the AUX2 output from the Master Classic is connected to the AUX
PWM inputs of both Clippers. The AC or DC Inputs are applied to the inputs of both Clippers. You cannot however
mix AC and DC Clippers.
Important! Parallel resistances reduce the total resistance. Example: Two Clippers of two ohms each are
paralleled. In that case the total resistance is one ohm. Be sure to consider this when designing your system and
selecting Clipper resistance values.
Operating the Clipper:
Once the Clipper is installed and wired in, all that is left to do is to push the slider on the Clipper door to the “RUN”
position. The Clipper will now maintain a safe voltage input to the charge controller as well as slow the turbine in
high wind to increase turbine life and protect from damage.
The first few times that the Clipper operates you may notice a hot smell. This is normal and will fade quickly with
use.
Exchanging the Resistor Module:
The Clipper comes with a replaceable diversion load. The diversion load is a resistor module available with different
resistor values and configurations to provide a variety of possible loads. To replace/exchange the resistor module
first remove all power to the Clipper and allow it to cool.
AC Models:
AC models come with the load resistors for each phase wired either in series or parallel, there are also multiple
values for resistors. The replacement module may be any one of these. Verify that the new module is of the desired
type and resistance before beginning installation.
Step 1. Remove the two wires to each of the temperature sensors on the side of the resistor module. Remove the
terminals by pulling on the red handles. Do not pull on the wires.
Step 2. Remove the six wires from the terminal block at the base of the resistor module. Do not remove the wires
that go inside the module. Make note of the order of the wires. They can be marked to be sure they get re-wired
correctly.
Step 3. Remove the two screws at the base of the resistor module and set aside to use with the new module.
Lift the module gently upward and to the right to remove the module’s mounting tabs from the slots on the Clipper
chassis and remove the old module.
Step 1.
Remove these wires
Step 1.
Step 2.

Clipper Instructions (continued)
14 | P a g e 1 0 - 1 7 1 - 1 R E V : E
Step 4. Position the new module in the Clipper chassis with the terminal block toward the middle of the Clipper and
slide the mounting tabs into position. Secure the module with the screws removed in Step 3.
Step 5. Replace the wires removed in steps 1 & 2 in the same positions that they were removed from. Make sure to
torque the wires in the terminal block to 20 in-lbs. Also be sure to reconnect the wires to the temperature sensors
(at the upper right of the resistor module) that they came from. If the fan runs continuously when cold this is an
indication that the wires are going to the wrong sensors.
DC Models:
DC models come prewired to provide various loads. Verify that the new module is of the desired resistance before
beginning installation.
Step 1. Remove the two wires to each of the temperature sensors on the side of the resistor module. Remove the
terminals by pulling on the red handles. Do not pull on the wires.
Step 2. Remove the four wires from the terminal block at the base of the resistor module.
Make a note of where each wire came from.
Do not remove the wires that go inside the module.
Step 3. Remove the two screws at the base of the resistor module and set aside to use with the new module.
Lift the module gently upward to remove the module’s mounting tabs from the slots on the Clipper chassis.
Step 4. Position the new module in the Clipper chassis with the terminal block toward the middle of the Clipper and
slide the mounting tabs into position. Secure the module with the screws removed in Step 3.
Step 5. Replace the wires removed in steps 1 & 2 in the same positions that they were removed from. If the fan
runs continuously when cold this is an indication that the wires are going to the wrong sensors.
Make sure to torque the wires in the terminal block to 20 in-lbs.
Step 3.
Remove the two screws
at the bottom of the
resistor module.
Step 1.

Clipper Instructions (continued)
15 | P a g e 1 0 - 1 7 1 - 1 R E V : E
To verify proper Clipper operation:
In low wind go to the Classics Aux 2 menu and turn it to Manual ON. Open the clipper door and see if the green LED
on the relay is lit. If it is then continue to step 2, if not we need to look at the PWM wiring between the Classic and
the Clipper.
With a moderate or lower wind, turn Aux 2 on manually and see if the turbine slows to a crawl. If so, then try it at a
higher wind speed. If the turbine slows but does not drop to around 10 rpm or so, the clipper is working but there is
either a programming issue or too high of a resistor value in the clipper.
Troubleshooting
If the turbine appears to have the brake on and is turning slowly in moderate to high wind:
• Confirm that the brake slider is in the RUN position.
If the slider is in the RUN position:
• Look for a green LED on the SSR.
If the LED is on, the Classic may be programmed incorrectly and AUX 2 has the Clipper engaged.
If the light is off:
• Turn the wind input breaker to the Classic off.
If the turbine spins up, then this is likely a Classic issue. Refer to the Classic manual for further troubleshooting
If the turbine is still stalled:
• Remove the brake slider plate and turn breakers to the off position to disconnect the turbine input.
If turbine does not spin up then this is not a Clipper issue. Check the turbine and associated wiring for faults.
If the turbine does spin up when unhooked from the Clipper:
• Look for a jumper installed on the pins to the left of the PWM input terminal block and remove them if present
(Not the little single jumper over by the DC out terminal block, that should be there)
If there are no jumpers installed then check the SSR for a short:
•Remove the brake slider plate and turn both breakers to the off position to disconnect the turbine input.
Then use an ohm meter to look for 0 ohms of resistance across the 2 large screw heads on the SSR
If the SSR checks out OK and / or the turbine does not spin up when the SSR wire is removed (breakers all off):
• Check for shorted wiring in the resistor can by tracing the positive lead back out of the resistor can back towards
the breakers and disconnect it from the system.
If the turbine spins up then there is an issue in the resistor can.
If not:
• Hook the resistor wire back up and remove the 2 DC wires on top of the circuit board.
If the turbine spins up, the problem is likely a defective control board.

Clipper Instructions (continued)
16 | P a g e 1 0 - 1 7 1 - 1 R E V : E

Clipper Instructions (continued)
17 | P a g e 1 0 - 1 7 1 - 1 R E V : E

Clipper Instructions (continued)
18 | P a g e 1 0 - 1 7 1 - 1 R E V : E

Clipper Instructions (continued)
19 | P a g e 1 0 - 1 7 1 - 1 R E V : E
Check out the MidNite Solar forum at:
http://midniteftp.com/forum/
Not only will you find advice from others who have
been there, but also several of the folks at MidNite
drop by to answer questions, admire system photos,
and just hang out.
Right: Even the company cat (MidNite) likes to keep
up with what’s going on.

Clipper Instructions (continued)
20 | P a g e 1 0 - 1 7 1 - 1 R E V : E
MIDNITE SOLAR INC. LIMITED WARRANTY
MidNite Solar Power electronics, sheet metal enclosures and accessories
MidNite Solar Inc. warrants to the original customer that its products shall be free from defects in
materials and workmanship.This warranty will be valid for a period of five (5) years for all products
except the MNBRAT Charge Controller along with the MNBIRDHOUSE1batteries, these will be two (2)
years. MidNite Solar will not warranty third party inverter components used in MidNite’s pre-wired
systems. Those components are warranted by the original manufacturer.
MidNite Solar offers an extended warranty for all the Classic MPPT charge controllers. Six months prior
to the end of the warranty period customers can ship their Classic back to MidNite Solar with a check for
$147 dollars plus shipping and we will replace any wearable parts and do a general tune-up. This will
extend the warranty by 2 additional years.
At its option, MidNite Solar will repair or replace at no charge any MidNite product that proves to be
defective within such warranty period. This warranty shall not apply if the MidNite Solar product has
been damaged by unreasonable use, accident, negligence, service or modification by anyone other
than MidNite Solar, or by any other causes unrelated to materials and workmanship.The original
consumer purchaser must retain original purchase receipt for proof of purchase as a condition
precedent to warranty coverage. To receive in-warranty service, the defective product must be
received no later than two (2) weeks after the end of the warranty period. The product must be
accompanied by proof of purchase and Return Authorization (RA) number issued by MidNite Solar.
For an RMA number contact MidNite Solar Inc., 17722 67th Ave NE, Arlington, WA98223 (360)
403-7207. Purchasers must prepay all delivery costs or shipping charges to return any defective MidNite
Solar product under this warranty policy. Except for the warranty that the products are made in
accordance with, the specifications therefore supplied or agreed to by customer:
MIDNITE SOLAR MAKES NO WARRANTY EXPRESSED OR IMPLIED, AND ANY IMPLIED
WARRANTY OF MERCHANTABILITYOR FITNESS FOR A PARTICULAR PURPOSE WHICH
EXCEEDS THE FOREGOINGWARRANTY IS HEREBY DISCLAIMED BY MIDNITE SOLAR AND
EXCLUDED FROM ANY AGREEMENT MADE BY ACCEPTANCE OF ANY ORDER PURSUANT TO
THIS QUOTATION. MIDNITE SOLAR WILL NOT BE LIABLE FOR ANY CONSEQUENTIALDAMAGES,
LOSS OR EXPENSE ARISING IN CONNECTIONWITH THE USE OF OR THE INABILITY TO USE ITS
GOODS FOR ANY PURPOSE WHATSOEVER. MIDNITE SOLAR’S MAXIMUMLIABILITY SHALL NOT
IN ANY CASE EXCEED THE CONTRACT PRICE FOR THE GOODS CLAIMED TO BE DEFECTIVE
OR UNSUITABLE.
Products will be considered accepted by customer unless written notice to the contrary is
given to MidNite Solar within ten (10) days of such delivery to customer. MIDNITE SOLAR is not
responsible for loss or damage to products owned by customer and located on MIDNITE SOLAR’S
premises caused by fire or other casualties beyond MIDNITE SOLAR’s control. This warranty is in lieu of
all other warranties expressed or implied.
MIDNITE SOLAR INC. 17722 67TH AVE NE ARLINGTON,WA 98223
Email:
[e-mail]
PH: 360-403-7207FAX: [phone]