H20 Distributors USRO4-60-QC Installation and maintenance instructions

Installation and Service Guide
Reverse Osmosis System with Quick-Connect Fittings
Please read this manual carefully
before attempting installation

SYSTEM AND FAUCET DIAGRAM
QUICK-CONNECT FITTINGS — HOW TO MAKE A CONNECTION
Connecting standard quick-connect ttings
Push up to pipe stop.
Push the pipe into the tting, to the pipe stop. The collet (gripper) has
stainless steel teeth which hold the pipe rmly in position while the ‘O’
Ring provides a permanent leak proof seal.
Pull on the pipe to check it is secure. It is good practice to test the system
prior to leaving site and/or before use.
Disconnecting standard Quick-connect ttings
Ensure system is depressurized before removing ttings. Push in the
collet against the face of the tting. With the collet held in this position the
pipe can be removed. The tting can then be re-used.

Your Reverse Osmosis (RO) System has been tested
to ensure it will operate correctly. The following periodic
maintenance is recommended so your system will provide
years of trouble-free service:
• Prelters (sediment) Once per year
• Prelter (carbon block(s)) Once per year
• RO Membrane Usually Every 2 years
• Postlter (carbon) Once per year
System Components
The following components make up your reverse osmosis
system:
Prelter #1 (sediment) Melt Blown Polypropylene lter
removes larger particles such as dirt, rust & sediment.
Prelter #2 (& 3 if applicable) 10 Micron Carbon Block
removes chlorine and chemical contaminants in the feed
water and protects the RO membrane.
Reverse Osmosis Membrane Thin Film Composite
Membranes reduces dissolved minerals, metals, and salts.
In this process, harmful compounds are separated by
the membrane from the water, and the contaminants are
ushed to the drain.
A coconut shell activated carbon postlter is provided for
a nal “polish” and to remove tastes, odors and to provide
great tasting water.
The RO module is the main component and holds the
prelters and membrane, and postlter. A bracket is
provided so they can be mounted under the sink or in a
basement.
Bladder tank holds RO puried water, ready to use.
Automatic shut-off valve closes when the storage tank is
full and shuts off the water supply to conserve water. The
valve activates when the tank pressure is 2/3 of the feed
pressure.
The RO Faucet is used to dispense puried water when
you want it.
Feed water saddle valve connects to the cold water line
to supply water to the RO system.
Wastewater saddle valve connects to the drain to remove
reject water from the RO system.
Tubing connects all RO components.
Quick-Connect ttings are used for necessary tubing
connections. These ttings connect by pushing the tube
into the tting past a slight resistance until the tube bottoms
out in the tting. Simply make a clean cut in your tubing
and gently push in the tubing until it will not go any further.
To ensure that your tubing has made a snug t, pull back
gently on the tubing; it should catch. Always check for leaks
to ensure a watertight connection. (see Figure 1)
Tools
The following tools may be necessary, depending on each
particular installation:
⅜” variable speed electric drill (2,500 RPM is best for
stainless steel); ⅛”, ¼” & ½” metal cutting bits
⅛”, ¼” & ½” Concrete drill bits (for porcelain sinks)
Phillips head screw driver
6” adjustable wrench
Teon tape & Plastic tubing cutter
Hammer & Center punch
System Location
Your RO system may be installed under a sink or in a
basement. Do not install unit where it would be exposed to
freezing temperatures. Connecting to an icemaker or other
remote location can also be considered if a connection can
be made without using more than 12” of tubing, otherwise
a delivery pump may be needed. Farther runs can be
attempted and a pump can be added later only if needed.
Guidelines for component placement are as follows:
Faucet should be placed on, or near the sink where
drinking/cooking water is normally required. A 2” at
surface is required to mount faucet if an existing hole is not
available. The thickness of the mounting surface should
not exceed 1¼” or a faucet extension (not supplied) will be
needed.
Bladder Tank maybe placed where it is convenient, within
ten feet of the faucet. Under the sink or in a nearby cabinet
or in basement rafters are excellent choices. Full tanks can
weigh more than thirty pounds; so make sure any shelving
used is secure. Bladder tank can be placed on its side or
upright.
RO Unit may be mounted on either side of the sink,
in the back of a cabinet, or in the basement. Mounting
the unit on the left or the right side of the cabinet under
the sink provides for easier access to the unit for future
maintenance.
A Self Piercing Valve is used to supply a feed water
connection to the RO unit. Locate this assembly as close
to the RO unit as possible. Connect to a portable, cold
water supply line only. A self-piercing valve can be used on
copper or chrome plated copper tubing, CPVC, & exible
gray riser tubes at least 3/8” in size. It should not be used
on ribbed, corrugated, reinforced plastic or steel braided
tubing. Ask your local dealer which alternatives can be
used in place of the self-piercing valve if one cannot be
installed under your sink.

A Drain Saddle is used to make a waste water connection
with your drain under the sink. This is designed to t
around a standard 1-1/2” OD drainpipe. The drain saddle
valve should always be installed before (above) the p-trap
and on the vertical or horizontal tailpiece. Do not install the
drain saddle near a garbage disposal to avoid clogging the
drain line with debris.
Unit preparation
Open shipping carton, remove components and check that
all parts are present.
Installation Steps
All plumbing must be completed in accordance with state
and local plumbing codes. Some municipalities may require
installation by a liscensed plumber. Check your local
plumbing codes for more information.
1. Faucet Installation
If the sink has a sprayer, it may be disconnected for faucet
installation. A pipe cap or plug will be necessary to seal the
sprayer connection or sprayer can be left connected under
the sink.
To make the faucet-mounting hole (if sprayer hole or other
existing hole is not used), check below to make sure the
drill will not interfere with anything below. A 2” at surface
is required, not exceeding 1-1/4” thickness.
The faucet should be positioned so it empties into the sink
and the spout swivels freely for convenience. If the sink
has a hole that can accommodate the RO faucet, no drilling
is required. Proceed with mounting the faucet.
Installation procedures for Porcelain,
Enamel, Ceramic on Metal, or Cast Iron:
Precautions must be taken to penetrate the porcelain
through to the metal base and prevent chipping or
scratching.
Procedures:
1. Mark the center with center punch for the 1/4” pilot
hole.
2. Carefully drill pilot hole with masonry pit through
porcelain and stop when metal shows. (Use light
pressure and slow speed)
3. Switch the bit to a standard metal cutting bit to continue
to cut through the metal below the porcelain surface.
4. Continue to enlarge the pilot hole with larger masonry
& metal cutting bits until the hole is 1/2”.
Installation procedures for
Stainless Steel Sinks:
Procedures:
1. Mark the center with center punch for the 1/4” pilot
hole.
2. Drill the pilot hole
3. Continue to enlarge hole with larger size drill bit until it
is 1/2”.
4. Clean up sharp edges
Note: Air Gap Faucets are required by some
municipalities. These faucets require a 1 ¼” hole in the sink
rather than the ½” hole required by the standard faucet
included with the RO system. To make a 1 ¼” hole to
accommodate an air gap faucet requires special tools
such as a chassis punch (stainless steel) or a Relton cutter
(porcelain) if a large enough hole is not already available.
Ask your local dealer for more information.
Fig. 1
2. Mounting the Faucet
Disassemble hardware from the treaded shank. Chrome
base plates and rubber washers slide up the shank to the
faucet body.
Feed threaded shank through the sink hole and orient the
faucet. From below sink, slide lock washer and hex nut
over threaded shank and tighten with a wrench.
Note: It is best to have someone hold the faucet from
above the sink to keep it from moving out of place. If this is
not possible then tighten the hex nut until it is just slightly
less than completely tight. Then turn the faucet base from
above the sink, tightening it while orienting the faucet in the
desired location.

3. Self Piercing Valve and Tubing Installation
The self-piercing valve, which is supplied, is designed
for use with 3/8” to 1/2” OD copper or chrome plated
copper tubing, CPVC, & exible gray riser tubes at least
3/8” in size. It should not be used on ribbed, corrugated,
reinforced plastic or steel braided tubing. Ask your local
dealer what alternatives can be used in place of the self-
piercing valve if one cannot be used under your sink.
Fig. 2
Installation procedures using copper tubing/pipe or
tubing, CPVC, and gray exible riser tubes:
(See Figure 2)
1. Turn off cold-water valve from under the sink or main
water line valve for whole house.
2. Before installing saddle valve, make sure piercing
lance does not protrude beyond rubber gasket.
3. Assemble saddle valve on tube/pipe (As shown in
Figure 3)
4. Turn handle clockwise until it stops to pierce tube/pipe,
(Valve is closed in this position)
5. Turn on water supply to pressure cold water line.
6. Snug nut/seal with wrench around valve stem.
7. Connect tubing to feed water valve using brass
compression nut, stiffener insert and plastic sleeve.
8. To open valve, turn handle counterclockwise.
Saddle valve installations with other metal pipe:
1. Turn off cold water supply.
2. Drill 3/16” hole at desired location.
3. Make sure piercing lance does not protrude beyond
rubber gasket.
4. Assemble saddle valve on pipe, aligning with hole.
5. Turn saddle valve handle clockwise to close valve.
6. Tighten nut/seal around valve stem with wrench.
7. Connect tubing to feed water valve using brass
compression nut, stiffener insert and plastic sleeve.
8. Turn on cold water supply.
9. To open valve, turn handle counterclockwise.
4. Drain Saddle Valve Installation
(See Figure 3)
A Drain Saddle is used to make a wastewater connection
with the drain under the sink, which is designed to t
around a standard 1-1/2” OD drainpipe. The drain saddle
valve should always be installed before (above) the p-trap
and on a vertical or horizontal drain. Do not install the drain
saddle near a garbage disposal to avoid clogging the drain
line with debris.
Fig. 3
Procedures:
1. Position the drain saddle valve at selected location and
mark for the opening.
2. Drill 1/4” hole at mark through one side of pipe.
3. Remove backing from gasket and place adhesive side
to the tting half of drain clamp around hole.
4. Position both halves of drain saddle on drain pipe so
the opening aligns with drilled hole. Use a small drill bit
to verify that drain clamp is properly aligned.
5. Secure drain saddle clamp on valve with bolts and nuts
provided. (Do not over tighten and make sure there is
equal space between saddle halves on each side)
5. Initial tubing connections
For convenience on under sink installations it may be
advisable to complete under sink tubing connections at this
time.
6. RO Component Installation
Install RO membrane O-ring end rst, carbon prelter(s)
and sediment pre lter in vertical mounted housings. Be
sure RO Membrane is pushed into Membrane housing
as far as it will go. It is recommended that lters and
membranes be handled with clean or gloved hands.
7. RO Unit Installation
The RO unit is normally mounted to the right or left sink

cabinet sidewall, depending on where supply tank is to be
located. Generally the unit is installed at the front of the
cabinet and the tank at the rear.
To mount the unit, elevate it at least 2” off the oor, level
it and mark the location of mounting holes needed. Drill
hole for mounting screws and install screws allowing the
mounting bracket slots to slip over them.
Note: If the cabinet sidewalls are not solid, unit may sit
on the oor with screws used just to keep it against the
cabinet in a vertical position.
8. Pre-ll, Sanitizing and
Supply Tank Placement
Pre-lling the storage tank is always recommended so
there is sufcient pressure to check for leaks and sufcient
water to ush the carbon post lter. To do this connect the
feed line that will serve the RO unit and connect it directly
to the bladder tank. Allow the water to ll the bladder until
it stops. Then close to tank valve and let this stand for 15
minutes. Remove the tube and connect to inlet tting of the
RO unit.
The supply tank should be placed under the counter or
within 10 feet of the RO unit.
Note: Tanks are pre-pressurized with air at 7 psi.
9. Final Tubing Connections
With all components in place, complete nal tubing
connections with these guidelines:
1. Tubing should follow contour of the cabinets.
2. Cut tubing to correct length using square cuts and a
proper cutting tool
3. Make sure there are no crimps in the tubing.
4. Keep tubing from the RO unit to the tank and faucet as
short as possible for good ow.
5. The Drain line is a short ¼” tube connected to the
membrane housing. On this tube is a 3” cylindrical
drain ow restrictor. This is where the drain line
connects to the RO unit. Do not remove the drain ow
restrictor as this will cause a failure in the system.
Icemaker hookup (optional and requires a T tting and
additional shut-off valve not supplied with RO unit)
The RO unit can be connected to any standard refrigerator
icemaker or ice maker/water dispenser.
(Do not connect to a commercial type bar icemaker)
To complete this operation, connect a T with a shut
off valve into the faucet tubing and route tubing to the
refrigerator. (Hooking up to existing copper tubing is not
recommended due to possible corrosion) Turn off icemaker
inside freezer prior to turning off the existing tap water
supply line to the refrigerator. Turn on the icemaker after
the RO system has been drained several times and the
tank has a full supply of water.
Icemaker lines are often run in the rafters of unnished
basements or nished basements with drop ceilings and
then up to the fridge. If the basement has a hard ceiling,
this won’t be an option and the line would have to be run
through cabinets. In cases where a basement or cabinets
connecting sink and fridge are not available, icemaker
connections cannot be made.
Note: Before any service is performed on the RO system,
turn off icemaker valve and icemaker unit. Turn back on
only after RO system has been sanitized and ushed out.
System Start-up
Prior to start-up:
1. Check all tting connections.
2. Open self-piercing valve, allow system to pressurize
and check for leaks.
3. Open valve on bladder tank and open faucet until
water ows.
4. Close faucet, wait ve minutes and check for leaks.
5. Allow system to produce a full tank of RO water. (2-3
hours)
Flushing System and Checking Operation
1. Flip the faucet lever up and this will keep faucet on. Do
this and allow tank to completely drain of all water.
! Do not use this water !
2. Close faucet and re-inspect system for leaks.
3. Allow system to produce water for 4 hours, at this point
the bladder tank will be full.
4. Open faucet again and allow tank to empty for a
second time.
! Do not use this water !
5. Close faucet and allow unit to produce another tank of
water.
6. At this point supply line to ice maker connection
(optional) may be opened and RO water is ready to be
consumed.
Replacing Filters & Sanitizing The System
Each year the lters in the system should be replaced.
Usually the membrane can be replaced every other year,
but the prelters and post-lter should be changed annually
and in some cases more often.
Filter Replacement
1. Turn off valve on RO bladder tank.
2. Turn off feed water pressure.
3. Open RO faucet to relief pressure.
4. Using the supplied housing wrench remove the lter

housing.
5. Discard old lters.
6. Clean lter housings with a cleaning brush
7. Follow sanitizing steps in “Sanitizing the System”
section
8. Install new lters in system.
9. Remove and replace GAC Post lter. Remove ttings
from old post lter, re-apply Teon tape and install
ttings in new post lter.
10. Turn on feed pressure.
11. Open tank valve.
12. Allow water in tank to ush out post lter and run to
drain until empty. Run 2 more complete batches to
drain before using water.
Membrane Replacement
1. Remove the supply tube from the end of the membrane
housing that has only 1 tube.
2. Unthread the cap from the membrane housing.
3. Remove membrane using a pair of pliers.
4. Clean membrane housing with a brush.
Note: When installing a new membrane be sure to push
the membrane into the housing as far as it will go.
Each time the lters are replaced it is recommended that
the system be sanitized.
Sanitizing the System
After all lters are removed from the system, housings
have been cleaned, tank is empty, and faucet is open…
1. Add 1 gallon of water to a clean bucket.
2. Add 1 teaspoon of unscented household bleach.
3. Add 1 cup of this solution to each lter housing.
4. Tighten lter housings with solution on RO assembly.
5. Connect membrane housing and feed tube.
6. Open tank valve and feed pressure valve.
7. Allow water to ll the RO housing assembly until water
comes out of faucet.
8. Close the faucet
9. Allow water to run for 5 minutes.
10. Shut-off feed pressure.
11. Allow solution to stand for 30 minutes.
12. Open faucet and allow system to drain.
13. Remove water from housings before installing new
lters and membrane.
14. Install new lters, tighten housings, and reconnect all
tubing connections.
15. Open feed pressure valve and check for leaks.
16. Allow the system to make a full tank of water.
17. Run 2 cycles to drain to rinse out sanitizing solution
before using water.
Troubleshooting
RO Systems are highly sensitive to pressure and
temperature. RO Membranes always perform better under
higher pressures. They produce more water, faster, and
of better quality with high pressure. The vast majority of
problems with RO Systems are a result of low pressure.
The effects of low pressure include water constantly
running to the drain, slow water production and low water
volume available in storage tank. In these cases where low
pressure exists, a booster pump will be required.
On the following page is a table showing RO Membrane
performance over a range of temperatures and pressures.
Membranes are tested at 65 psi of pressure and
temperature of 77 degrees. For each incremental change
in either variable, membrane performance changes
accordingly. Higher pressures increase production and vice
versa.
To troubleshoot a poor performing RO System an accurate
measure of the pressure and temperature of water will be
required. This will require a pressure gauge to determine
exactly what the water pressure is that is feeding the
membrane. Descriptions of water pressure such as good,
high or strong, unfortunately, are no help in diagnosing an
RO System.

PRESSURE TEMPERATURE CHART
Temp
°F
35
PSI
40
PSI
45
PSI
50
PSI
55
PSI
60
PSI
65
PSI
70
PSI
75
PSI
80
PSI
85
PSI
90
PSI
95
PSI
100
PSI
105
PSI
110
PSI
45 0.2321 0.2653 0.2985 0.3316 0.3648 0.3979 0.4311 0.4643 0.4974 0.5306 0.5638 0.5969 0.6301 0.6632 0.6964 0.7296
46 0.2417 0.2762 0.3108 0.3453 0.3798 0.4144 0.4489 0.4834 0.5179 0.5525 0.5870 0.6215 0.6561 0.6906 0.7251 0.7597
47 0.2513 0.2872 0.3231 0.3590 0.3949 0.4308 0.4667 0.5026 0.5385 0.5744 0.6103 0.6462 0.6821 0.7179 0.7538 0.7897
48 0.2609 0.2981 0.3354 0.3726 0.4099 0.4472 0.4844 0.5217 0.5590 0.5962 0.6335 0.6708 0.7080 0.7453 0.7826 0.8198
49 0.2704 0.3091 0.3477 0.3863 0.4250 0.4636 0.5022 0.5409 0.5795 0.6181 0.6568 0.6954 0.7340 0.7726 0.8113 0.8499
50 0.2800 0.3200 0.3600 0.4000 0.4400 0.4800 0.5200 0.5600 0.6000 0.6400 0.6800 0.7200 0.7600 0.8000 0.8400 0.8800
51 0.2896 0.3309 0.3723 0.4137 0.4550 0.4964 0.5378 0.5791 0.6205 0.6619 0.7032 0.7446 0.7860 0.8274 0.8687 0.9101
52 0.2991 0.3419 0.3846 0.4274 0.4701 0.5128 0.5556 0.5983 0.6410 0.6838 0.7265 0.7692 0.8120 0.8547 0.8974 0.9402
53 0.3087 0.3528 0.3969 0.4410 0.4851 0.5292 0.5733 0.6174 0.6615 0.7056 0.7497 0.7938 0.8379 0.8821 0.9262 0.9703
54 0.3183 0.3638 0.4092 0.4547 0.5002 0.5456 0.5911 0.6366 0.6821 0.7275 0.7730 0.8185 0.8639 0.9094 0.9549 1.0003
55 0.3279 0.3747 0.4215 0.4684 0.5152 0.5621 0.6089 0.6557 0.7026 0.7494 0.7962 0.8431 0.8899 0.9368 0.9836 1.0304
56 0.3374 0.3856 0.4338 0.4821 0.5303 0.5785 0.6267 0.6749 0.7231 0.7713 0.8195 0.8677 0.9159 0.9641 1.0123 1.0605
57 0.3470 0.3966 0.4462 0.4957 0.5453 0.5949 0.6444 0.6940 0.7436 0.7932 0.8427 0.8923 0.9419 0.9915 1.0410 1.0906
58 0.3566 0.4075 0.4585 0.5094 0.5603 0.6113 0.6622 0.7132 0.7641 0.8150 0.8660 0.9169 0.9679 1.0188 1.0697 1.1207
59 0.3662 0.4185 0.4708 0.5231 0.5754 0.6277 0.6800 0.7323 0.7846 0.8369 0.8892 0.9415 0.9938 1.0462 1.0985 1.1508
60 0.3757 0.4294 0.4831 0.5368 0.5904 0.6441 0.6978 0.7515 0.8051 0.8588 0.9125 0.9662 1.0198 1.0735 1.1272 1.1809
61 0.3853 0.4403 0.4954 0.5504 0.6055 0.6605 0.7156 0.7706 0.8256 0.8807 0.9357 0.9908 1.0458 1.1009 1.1559 1.2109
62 0.3949 0.4513 0.5077 0.5641 0.6205 0.6769 0.7333 0.7897 0.8462 0.9026 0.9590 1.0154 1.0718 1.1282 1.1846 1.2410
63 0.4044 0.4622 0.5200 0.5778 0.6356 0.6933 0.7511 0.8089 0.8667 0.9244 0.9822 1.0400 1.0978 1.1556 1.2133 1.2711
64 0.4140 0.4732 0.5323 0.5915 0.6506 0.7097 0.7689 0.8280 0.8872 0.9463 1.0055 1.0646 1.1238 1.1829 1.2421 1.3012
65 0.4236 0.4841 0.5446 0.6051 0.6656 0.7262 0.7867 0.8472 0.9077 0.9682 1.0287 1.0892 1.1497 1.2103 1.2708 1.3313
66 0.4332 0.4950 0.5569 0.6188 0.6807 0.7426 0.8044 0.8663 0.9282 0.9901 1.0520 1.1138 1.1757 1.2376 1.2995 1.3614
67 0.4427 0.5060 0.5692 0.6325 0.6957 0.7590 0.8222 0.8855 0.9487 1.0120 1.0752 1.1385 1.2017 1.2650 1.3282 1.3915
68 0.4523 0.5169 0.5815 0.6462 0.7108 0.7754 0.8400 0.9046 0.9692 1.0338 1.0985 1.1631 1.2277 1.2923 1.3569 1.4215
69 0.4619 0.5279 0.5938 0.6598 0.7258 0.7918 0.8578 0.9238 0.9897 1.0557 1.1217 1.1877 1.2537 1.3197 1.3856 1.4516
70 0.4715 0.5388 0.6062 0.6735 0.7409 0.8082 0.8756 0.9429 1.0103 1.0776 1.1450 1.2123 1.2797 1.3470 1.4144 1.4817
71 0.4810 0.5497 0.6185 0.6872 0.7559 0.8246 0.8933 0.9621 1.0308 1.0995 1.1682 1.2369 1.3056 1.3744 1.4431 1.5118
72 0.4906 0.5607 0.6308 0.7009 0.7709 0.8410 0.9111 0.9812 1.0513 1.1214 1.1915 1.2615 1.3316 1.4017 1.4718 1.5419
73 0.5002 0.5716 0.6431 0.7145 0.7860 0.8574 0.9289 1.0003 1.0718 1.1432 1.2147 1.2862 1.3576 1.4291 1.5005 1.5720
74 0.5097 0.5826 0.6554 0.7282 0.8010 0.8738 0.9467 1.0195 1.0923 1.1651 1.2379 1.3108 1.3836 1.4564 1.5292 1.6021
75 0.5193 0.5935 0.6677 0.7419 0.8161 0.8903 0.9644 1.0386 1.1128 1.1870 1.2612 1.3354 1.4096 1.4838 1.5579 1.6321
76 0.5289 0.6044 0.6800 0.7556 0.8311 0.9067 0.9822 1.0578 1.1333 1.2089 1.2844 1.3600 1.4356 1.5111 1.5867 1.6622
77 0.5385 0.6154 0.6923 0.7692 0.8462 0.9231 1.0000 1.0769 1.1538 1.2308 1.3077 1.3846 1.4615 1.5385 1.6154 1.6923
78 0.5480 0.6263 0.7046 0.7829 0.8612 0.9395 1.0178 1.0961 1.1744 1.2526 1.3309 1.4092 1.4875 1.5658 1.6441 1.7224
79 0.5576 0.6373 0.7169 0.7966 0.8762 0.9559 1.0356 1.1152 1.1949 1.2745 1.3542 1.4338 1.5135 1.5932 1.6728 1.7525
80 0.5672 0.6482 0.7292 0.8103 0.8913 0.9723 1.0533 1.1344 1.2154 1.2964 1.3774 1.4585 1.5395 1.6205 1.7015 1.7826
81 0.5768 0.6591 0.7415 0.8239 0.9063 0.9887 1.0711 1.1535 1.2359 1.3183 1.4007 1.4831 1.5655 1.6479 1.7303 1.8126
82 0.5863 0.6701 0.7538 0.8376 0.9214 1.0051 1.0889 1.1726 1.2564 1.3402 1.4239 1.5077 1.5915 1.6752 1.7590 1.8427
83 0.5959 0.6810 0.7662 0.8513 0.9364 1.0215 1.1067 1.1918 1.2769 1.3621 1.4472 1.5323 1.6174 1.7026 1.7877 1.8728
84 0.6055 0.6920 0.7785 0.8650 0.9515 1.0379 1.1244 1.2109 1.2974 1.3839 1.4704 1.5569 1.6434 1.7299 1.8164 1.9029
85 0.6150 0.7029 0.7908 0.8786 0.9665 1.0544 1.1422 1.2301 1.3179 1.4058 1.4937 1.5815 1.6694 1.7573 1.8451 1.9330
86 0.6246 0.7138 0.8031 0.8923 0.9815 1.0708 1.1600 1.2492 1.3385 1.4277 1.5169 1.6062 1.6954 1.7846 1.8738 1.9631
87 0.6342 0.7248 0.8154 0.9060 0.9966 1.0872 1.1778 1.2684 1.3590 1.4496 1.5402 1.6308 1.7214 1.8120 1.9026 1.9932
88 0.6438 0.7357 0.8277 0.9197 1.0116 1.1036 1.1956 1.2875 1.3795 1.4715 1.5634 1.6554 1.7474 1.8393 1.9313 2.0232
89 0.6533 0.7467 0.8400 0.9333 1.0267 1.1200 1.2133 1.3067 1.4000 1.4933 1.5867 1.6800 1.7733 1.8667 1.9600 2.0533
90 0.6629 0.7576 0.8523 0.9470 1.0417 1.1364 1.2311 1.3258 1.4205 1.5152 1.6099 1.7046 1.7993 1.8940 1.9887 2.0834
91 0.6725 0.7685 0.8646 0.9607 1.0568 1.1528 1.2489 1.3450 1.4410 1.5371 1.6332 1.7292 1.8253 1.9214 2.0174 2.1135
92 0.6821 0.7795 0.8769 0.9744 1.0718 1.1692 1.2667 1.3641 1.4615 1.5590 1.6564 1.7538 1.8513 1.9487 2.0462 2.1436
93 0.6916 0.7904 0.8892 0.9880 1.0868 1.1856 1.2844 1.3832 1.4821 1.5809 1.6797 1.7785 1.8773 1.9761 2.0749 2.1737
94 0.7012 0.8014 0.9015 1.0017 1.1019 1.2021 1.3022 1.4024 1.5026 1.6027 1.7029 1.8031 1.9032 2.0034 2.1036 2.2038
95 0.7108 0.8123 0.9138 1.0154 1.1169 1.2185 1.3200 1.4215 1.5231 1.6246 1.7262 1.8277 1.9292 2.0308 2.1323 2.2338