Providing 12-432 ports of connectivity for either PON or Cross-Connect, utilizing
patch and splice or patch only technology in any network environment. The
FieldSmart FSC Makwa is scalable to meet customer’s specic requirements
and has the ability to be mounted either above or below-ground, taking the
potential above grade aesthetics issue out of the deployment equation
Description
The FieldSmart Makwa, incorporates all of the features found in our above
ground cabinets and adds the ability to deploy the FieldSmart FSC Distribution
Hub in a below grade application. Roughly 50% smaller than existing above
grade cabinets, Makwa reduces real estate costs and improves density without
compromising critical design elements of accessibility, bend radius protection,
physical ber protection and route path diversity.
Installation Manual
Cleareld’s FieldSmart Makwa consists of four basic elements; top over
(dome), base plate, internal backplane and Clearview Black Cassettes. All
components are pre-assembled and loaded into the Makwa – making it eld
ready for deployment. Scalable to meet customer requirements, Makwa can
be congured to accept 12-48 feeder ports and 12-288 distribution ports in a
PON application. It will accept up to nine (9) 1 x 32 ruggedized splitters and two
(2) staging plates for PON networks. For cross connect scenarios, Makwa can
accommodate 12-432 ports as required.
Technical Specications
288 PON Makwa432 Cross-Connect Makwa
Dimensions22 3/8” H x 16” W x 16” D22 3/8” H x 16” W x 16” D
SplicingYes - Clearview Black CassetteYes - Clearview Black Cassette
Installation instructions provide general information useful for parkway placement in “grass surround”, grass, dirt, or
gravel applications. This guide cannot anticipate all situations that could develop in the eld. Rather, it represents
information applicable to common installation conditions.
Installation Location
Location alone should not dictate
product selection. “Pedestrian loading,”
sometimes referred to as “Greenbelt”,
denes our HDPE thermoplastic body
and covers vaults are intended for installation in landscape or grass surround
areas where they will not be exposed to
vehicular trafc. Exceptions to this rule
include residential or light commercial
mowers but do now include tractor/
mowers in highway easements.
Installation Manual
Site Preparation
Ensure that national – local electrical and building codes, OSHA and company safety work rules are observed and
provisions made for street ags, barricades and cones. Secure permits as required by city and company.
Warning: Buried Telecommunications Cables. Be sure to call 811 at least 30 days in advance before digging.
Calling 811 will route to the local one-call center and ensure that utilities in the area of installation will be located
and marked.
30” W x 48” L x 36” DV7B-AZPV7B-BZPV7B-EZP
36” W x 60” L x 36” DN/AV8B-BZP-F*V8B-EZP-F*
*Vaults must be straight walled to use brackets and step rack on swing arm. These vaults are ared walled so Makwa will
sit on bottom of vault (for vault with swing arm see page 17).
Note: Vault size is generally dened by the approximate cover dimensions. The vault actual measurements will differ. The
dimensions above for determining the size of excavation provide sufcient volume for accommodating the maximum recommended select backll.
If the Makwa Swing Arm (see page 20) is not used,
the optional Step Rack Mounting Bracket & Manual
Mounting Bracket may be deployed to install Makwa
inside of vault.
When using the optional step rack mounting bracket,
the step racks need to be installed onto the vault
before burying the vault in the ground.
Note: The step rack mounting bracket kit comes with
the required mounting hardware.
Excavate hole to appropriate dimension with
mechanical excavator or hand dig as appropriate
(Figure 1).
Note: Plan excavation approximately twelve to
sixteen inches longer and wider than the actual
dimensions of the vault being installed. Similarly,
excavate six to eight inches deeper than the overall
dimensions of the vault with cover in place.
Figure 1
Use a minimum three to ve inches of crushed rock
to prevent subsidence over time (Figure 2).
Note: Base material shall be crushed rock 3/4”
and smaller, and not “river rock” or “round stone.”
Desired compaction and equivalent resistance to
lateral loading will not be achieved with round stone.
The rock should be free of soil and organic material.
Step 3:
Set vault on top of backll material and adjust height
to grade (Figure 3). Tamp base material to level with
a mechanical tamper or hand tamper. When a vault
must be installed on a hill, a retaining wall provision
shall be made. The cover of the enclosure shall be
at or to nal grade as specied by the Owner/
Operator. Soil in the immediate vicinity shall be
tamped and sloped away from the enclosure.
Center the vault in the excavation parallel with sidewalk or curb. Mark the vault for duct entry and step
rack locations. The vault may be cut with a hole saw
and drill (Figure 4). The duct may also come up
from underneath the vault, where-as no holes need
to be drilled
Note: Make sure to provide adequate clearance
for ovality in ducts. The small clearance between
the duct and vault may be sealed with expanding
polyurethane foam
Figure 4
Replace the cover on the vault before backlling
(Figure 5).
Note: Bolting the cover in place is recommended,
but not required during backll.
Step 6:
10
Begin the backlling operation by adding soil,
crushed rock or dry lean mix in eight inch (8”) lifts
or layers. A mechanical tamper may be used. The
tamped crushed rock supports the vault, preventing
subsidence and providing for drainage.
Note: Backll material can vary based on product
and installation location. It is customary and
acceptable in landscape installations where vehicles
are prevented from trafc on or around a vault to use
the soils removed during excavation for backll
(Figure 6). Make sure to remove stones three
inches and larger, prior to backll.
Take care not to damage vault during backll. Cover
may not t properly if vault is damaged.
The following instructions apply only to Step Rack and Manual Bracket installation. Does not apply to Swing Arm installation.
Warning: : Make sure you read the warning labels before removing the enclosure. If there is water in the vault,
the water must be completely drained or pumped out of the vault prior to removing/reinstalling the Makwa.
Vault, below grade Pencell, 30 x 48 x 36”, solid HDPE lid, hex bolts, green, straight wall,
with swing arm
Vault, below grade Pencell, 30 x 48 x 36”, split HDPE lid, hex bolts, green, straight wall,
with swing arm
Vault, below grade Pencell, 30 x 48 x 36”, split polymer concrete lid, hex bolts, green,
straight wall, with swing arm
The Makwa Swing Arm can be installed in any straight sided vault large enough
to accommodate the Makwa and swing arm (dims?) by using the hardware
provided in the vault mounting kit as shown below.
Part NumberDescription
016897Bracket, In Vault Mounting Stand for Makwa *
017202Kit, In Vault Mounting Kit for Makwa, includes two 24” step racks and two 18” cable hooks *
Pull back on locking catch to
partially lower the unit (Figure 2).
Figure 2
Locking catch will engage again at
the mid-point of descent. Lift up on
the locking catch to continue
descent to horizontal position.
(Figure 3).
Step 4:
18
Grip the swing arm near the base,
between the horizontal support
beam and the hinge, and disengage
kick bar by pressing it away from
central support beam (Figure 4).
The FieldSmart Makwa FDH is approximately half the size of a conventional Fiber Distribution Hub, allowing the broadband
service provider the choice of where to deploy the cabinet without sacricing performance or access. The Makwa FDH Pole
Mount Kit allows both the 288 port PON and 432 port cross-connect versions to be pole mounted, while providing access to
the FDH for moves, adds, and changes.
Required Items (Customer Supplied):
• Quantity 4 - Stainless Steel or Galvanized Washers and Nuts
• Quantity 2 - Stainless Steel or Galvanized 5/8” Threaded Rod (Minimum Diameter)
Note: Length determined by diameter of pole - It
is suggested to add 3” to the diameter of pole for
Determine the height and use the pole mount
bracket to mark the drill locations on the pole.
Remove the bracket and continue to drill the
two holes using a 3/4” drill bit.
Place the top bracket and mounting plate to
the pole and fasten with the required hardware (do not tighten). Next, slide the bottom
toothed bracket up behind the bracket and
attach with hardware. Tighten all hardware
at this time (Figure 1). Care should be taken
to avoid over tightening and deforming the
mounting brackets.
Note: It is recommended to use (red) lock
tight on nuts to prevent loosening.
Figure 1
Remove the 3 mounting bolts from the base of the Makwa enclosure, then remove the bushings from the bolts
(Figure 2).
Step 3:
Carefully set the enclosure on the pole mount bracket and attach using the previously removed mounting bolts
and washers (Figure 3).
Using thread sealant tape or pipe dope, cover threads of Sealcons being used or the plugs, if being used, to
ensure an airtight/water tight t when mating to the base (Figure 1).
Figure 1
Using the appropriate sized grommet insert for your cable size, place the Sealcon into the base for cable
entrance ports (Figure 2). After all Sealcons are seated and tightened to the appropriate torque (5.5 foot lbs),
place plugs into any unused ports to seal the entrance ports.
Note:For easier cable routing, utilize the two inner ports rst, then use the outer ports as needed.
Figure 2
Part NumberDescription
013190Deep Socket Wrench, 1” Sealcon Socket, 40 mm
013191Deep Socket Wrench, 1” Sealcon Socket, 42 mm
Once Sealcons and plugs are seated and
appropriately tightened to the base you will
now mount the Makwa to the work bracket.
Align the three (3) studs on the base to the
three (3) locations on the plate, then quarter
turn clockwise to secure in place (Figure 3).
Figure 3
Now you are ready to bring cable into the
Sealcon. Place the dome cap onto the cable
and insert into appropriate sized grommet
from the bottom, bringing the cable into the
top of the Makwa base for cable prepping
and splicing (Figure 4).
Note: Cleareld recommends a cable
opening with nine (9) feet exposed buffer
tube. Two (2) feet for slack and splicing
ber in the cassette and the remaining 7
feet for slack storage in base of Makwa.
Step 5:
28
Once you have brought in enough cable and
tightened the Sealcon domes to the
recommended torque (5.5 foot lbs), you are
now ready to prep the ber (Figure 5).
Starting with the distribution ber, measure
from the cable opening and mark on the
buffer tube of highest count at 7 feet.
Continue to mark the remaining buffer
tubes, subtracting 1” as you move down
cassettes.
Note:Ten feet of expandable snakeskin
sleeving is provided with Patch and Splice
versions to help dress the incoming cables.
When using tape for cable prep, we
recommend the following, as tape can
interfere with the proper sealing within the
Sealcon:
Total of 4” of tape, 2” for protecting buffer
tube with bond clamps and 2” onto the cable
sheath itself (Figure 6).
and tighten with can wrench. Cut ush to
top of bracket (Figure 7).
Note: The enclosure ships with a ½” and
1” screw included for attaching the strength
member. Use the correct screw for the size
of the strength member on the cable.
Figure 6
Step 8:
Use the ground lug located in the center of
the cable entrance ports to bond the cables
when required (Figure 8).
Note:Cleareld provides a ground stud for
your bonding needs, but does not give any
recommendations. Bonding or grounding is
completed per your local work practice.
Route the cable bundle across the front of the Makwa to the opposite side and continue along the outside slack
loop to the back of the Makwa. Next, feed the entire bundle under the plate, through the base so that you can
pull it through to the front for splicing (Figure 10).
The cassettes are loaded onto the back plane with feed cassettes as the top two positions on each side and
the remaining cassettes are considered the distribution cassettes (Figure 11). Take note of how the cassettes
are organized based on the desi card so that ber cables are spliced according to the designation card.
Step 12:
Consult the Clearview Black Cassette Installation Manual for splicing instructions. Viewable in the Installation Manual sec-
tion, under the Resources tab, of the Cleareld website. Link here:
Install the splitter into the left or right most usable slot in the splitter cage. Splitters install by inserting the top of
the splitter into the cage rst, then hinging the bottom and snapping into place (Figure 1).
Note:The 4 left splitter locations are designed to feed the left side cassettes and the 4 right splitter locations
are designed to feed the right cassettes. The last (middle) splitter spot is then used to ll the remaining ports on
either side.
Figure 1
Route the cable under the bottom radius nger (Figure 2).Step 2:
Remove the red input leg or black splitter leg from the staging plate (Figure 1).
Note: The input and output pigtails for the ber splitter are stored and accessed in one of the two staging
plates located on top of the enclosure and each leg is labeled with the splitter leg number.
Figure 1
Route the cable to the desired port following the routing diagram (Figure 2).
Note: The top two cassettes on each side of the cabinet are feeder cassettes and the bottom 12 are used for
distribution.
Note: When routing the splitter legs, each radius nger channel (the radius ngers closest to the cassettes) is
designed to manage the ber for two cassettes and hold up to 24 splitter legs.
Whether factory terminated or eld spliced, clean connectors are essential for proper system operation. Even the smallest
dust particle can cause transmission problems, so for optimal network performance inspect, and if necessary, clean
connectors and adapters prior to mating.
Inspect Then Connect
These are Cleareld recommended products/applications. Use the product
you feel will complete your cleaning procedures. Create a “best practice” for
your company and follow those procedures.
The use of Chemtronics end face and bulkhead cleaning products and
techniques ensures a clean end face, no matter the type of contamination.
Before cleaning any connector, be sure you know what type of contaminate
you are cleaning (dry, uidic, or combination). All the available products are
good, it’s the process that you need to be aware of. Using a dry cleaning
method to clean “dirt” can lead to scratching of the end face. Learn the
process of cleaning properly.
Installation Manual
Figure 1
Note: It is NOT recommended to use isopropyl alcohol to clean the end face.
Cleaning an SC/LC Connector
Cleaning the End Face
• Place one wiping paper on QbE-2 FiberSafe™ Cleaning Platen.
(Figure 1)
• Apply small amount of precision cleaner (about 1” in diameter) with
Electro-Wash MX pen on to one end of the wipe. (Figure 2)
• Hold end face at a 90 degree angle. For APC connection, adjust by
slightly tilting the container or end face. Angle is correct when no drag is
felt on the end face. (Figure 3)
• Draw end face from wet to dry part of the wipe 3 times. Use just enough
pressure to ensure complete contact between end face and the wipe.
• Lightly moisten the ber optic swab (2.5mm/38542F or 1.25mm/38040)
by spotting a small amount (about 1”) of Electro-Wash PX or
Electro-Wash MX pen onto the QbE. Hold the swab, 1 side down to the
wetted area and hold for a count of 1-2-3-4-5. (Figure 4)
• Insert swab into side of ferrule, wet side to the ceramic ferrule and
circle around 2-3 times and remove. Turn swab to dry side and repeat.
(Figure 5)
Cleaning the Mate Through an Adapter AND the Adapter Itself
• Lightly moisten the ber optic swab (2.5mm/38542F or 1.25mm/38040)
by spotting a small amount (about 1”) of Electro-Wash PX or
Electro-Wash MX pen onto the QbE. Hold the tip of the swab onto the
wetted area and hold for a count of 1-2-3-4-5.
• Insert the swab into the adapter to the connector, press lightly against
the connector, twist 2-3 times, remove and discard.
• Dry with a second dry swab.
Figure 5
• Inspect, repeat cleaning if necessary, and test for signal strength.
• Use additional swabs to clean inside the actual adapter. Moisten
swab, like above, and insert through hole and remove while twisting.
(Figure 6)
• Place one wiping paper on QbE-2 FiberSafe™ Cleaning Platen and
apply small amount of precision cleaner (about 1” in diameter) with
Electro-Wash MX pen on to one end of the wipe. (Figure 1)
Installation Manual
Figure 1
• Hold end face at a 90 degree angle. For APC connection, adjust by
slightly tilting the container or end face. Angle is correct when no drag is
felt on the end face. (Figure 2)
Male Connector
• Lightly moisten one side of the ber optic swab (CC505F) by spotting a
small amount (about 1”) of Electro-Wash PX or Electro-Wash MX pen
onto the QbE. Hold the swab, 1 side down to the wetted area and hold
for a count of 1-2-3-4-5.
• Place swab, wet side down, at one end of connector end face and draw
across in a diagonal sweep; i.e., from ber 1 up and across to ber 12.
Turn swab over to dry and draw back from ber 12 to ber 1. (Figure 3)
Cleareld warrants to the original purchaser of the Product sold hereunder is free from defects in material and workmanship under normal use and
service, subject to exceptions stated herein. Product purchased is warranted as follows: Cleareld designed and branded Products are warranted for
three (3) years: Products manufactured by Cleareld to customer prints and/or specications are warranted for one (1) year; and any Product Cleareld acquires from or through a third-party manufacturer or distributor and resells to Customer as the original customer will carry the manufacturer’s
pass-through warranty, if any. In all cases, the warranty period commences on the date of shipment to the original purchaser.
Warranty Claim Procedure
If any Product purchased from Cleareld is found defective under the above warranty, the following basic procedure must be followed:
1. Customer must contact Cleareld and obtain a Return Materials Authorization
2. Following authorization, the Customer ships the product-freight collect-to Cleareld’s manufacturing facility
3. Cleareld shall repair or replace the defective Product at its sole option and discretion, and return the repaired or replacement Product to Cus-
tomer’s site, freight prepaid
Note: If the Product is not found to be defective by Cleareld, the product will be returned to the Customer and the customer billed for freight in both
Correction of defects by repair or replacement, at the option of Cleareld Inc, shall constitute the exclusive sole remedy for a breach of this limited
warranty. Cleareld shall not be liable under any circumstances for any special, consequential, incidental, punitive, or exemplary damages arising
out of or in any way connected with the product or with agreement to sell product to buyer, including, but not limited to damages for lost prots, loss
of use, or for any damages or sums paid by buyer to third parties. The foregoing limitation of liability shall apply whether the claim is based upon
principles of contract, warranty, negligence or other tort, breach of statutory duty, principles of indemnity or contribution, the failure of any limited or
exclusive remedy to achieve its essential purpose, or otherwise.
Cleareld will not be responsible for any labor or materials costs associated with installation or incorporation of Cleareld products at customer sites,
including any costs of alteration, replacement or defective product, or any eld repairs.
Other Limitations
Cleareld assumes no warranty liability regarding defects caused by:
1. Customer’s modication of Product, excepting installation activities described in Cleareld documentation
2. Customer re-packaging of Product for shipment to third parties or destinations other than those originally shipped to by Cleareld, or any defects suffered during shipping where the Product has been re-packaged
3. Customer’s installation or maintenance, excepting activities described in and performed in accordance with Cleareld documentation
4. Customer’s improper or negligent use or application of Product
5. Other causes external to the Product, including but not limited to accidents, catastrophe, acts of God, government action, war, riot, strikes, civil
commotion, sovereign conduct, or the acts or conduct of any person or persons not party to or associated with Cleareld
6. Environmental factors and weathering resulting in aging and damage not necessary or applicable to the function of the product
Information contained in this document is copyrighted by Cleareld, Inc. and may not be duplicated in full or part by any person without prior written
approval of Cleareld, Inc.
Its purpose is to provide the user with adequately detailed documentation to efciently install the equipment supplied. Every effort has been made to
keep the information contained in this document current and accurate as of the date of publication or revision.
However, no guarantee is given or implied that the document is error free or that it is accurate with regard to any specication.
Technical Support
Cleareld, Inc. can be contacted for any issues that arise with the supplied product.
If you need to return the supplied product, you must contact the Cleareld, Inc. Customer Service Department to request a Returned Materials