Amana ASXC16 Guide
Service and Troubleshooting
RS6200007r25
April 2021
Pride and workmanship go into every product to provide
our customers with quality products. It is possible, however,
that during its lifetime a product may require service.
Products should be serviced only by a qualied service
technician who is familiar with the safety procedures
required in the repair and who is equipped with the proper
tools, parts, testing instruments and the appropriate service
manual.
©2020-2021 Goodman Manufacturing Company, L.P.
Brand®is a registered trademark of Maytag Corporation or its related companies and is used under license. All rights reserved.
TABLE OF CONTENTS
IMPORTANT INFORMATION............................................ 2
PRODUCT INFORMATION............................................... 4
SYSTEM OPERATION.................................................... 18
SERVICING..................................................................... 26
CHECKING VOLTAGE ............................................... 26
CHECKING WIRING .................................................. 26
COMFORTBRIDGE™ TECHNOLOGY AIR
HANDLER (B*) ............................................................ 26
CHECKING TRANSFORMER AND
CONTROL CIRCUIT.................................................... 32
CHECKING TIME DELAY RELAY .............................. 32
CHECKING UNITARY (UC) CONTROL
COMPRESSOR........................................................... 32
CHECKING HIGH AND LOW VOLTAGE TO
ECM MOTOR .............................................................. 33
COPELAND COMFORT ALERT™ - UNITARY (UC)
CONTROL DIAGNOSTICS APPLIES TO ASXC, ASZC,
AND DSZC 2-STAGE MODELS ................................ 34
CHECKING HIGH PRESSURE CONTROL ............... 34
CHECKING LOW PRESSURE CONTROL ................ 34
CHECKING HIGH AND LOW PRESSURE SWITCH
VOLTAGE .................................................................... 35
CHECKING CAPACITOR............................................ 35
RESISTANCE CHECK USING A DIGITAL
MULTI-METER ............................................................ 35
CAPACITANCE CHECK USING A DIGITAL
MULTI-METER (IN CAPACITANCE MODE) ............... 35
TESTING A RUN CAPACITOR UNDER LOAD........... 36
CHECKING EMERSON ULTRATECH™
ECM MOTORS............................................................ 36
CHECKING COMPRESSOR....................................... 39
RESISTANCE TEST .................................................. 39
GROUND TEST .......................................................... 40
For service information related to the Bluetooth® Shared
Data Loader BTSDL01 referenced in this manual, please
refer to the installation instructions for the BTSDL01 at
www.coolcloudhvac.com/loaderuserguide.
IMPORTANT INFORMATION
2
OUTSIDE THE U.S., .
(Not a technical assistance line for dealers.) Your telephone company will bill you for the call.
UNLOADER TEST PROCEDURE WITH COMFORT
ALERT™ UNITARY (UC) CONTROL DIAGNOSTICS 40
LOCKED ROTOR TEST ............................................. 40
OPERATION TEST ................................................... 41
TESTING CRANKCASE HEATER (OPTIONAL ITEM)41
CHECKING REVERSING VALVE AND SOLENOID ... 42
TESTING DEFROST CONTROL ................................ 42
TESTING TEMPERATURE SENSORS
(COMMUNICATING READY MODELS ONLY) .......... 42
AVPTC/MBVC HEATER CONTROL............................ 43
ELECTRIC HEATER (OPTIONAL ITEM) ................... 44
CHECKING HEATER LIMIT CONTROL(S) ................ 47
CHECKING HEATER FUSE LINK
(OPTIONAL ELECTRIC HEATERS)............................ 47
CHECKING HEATER ELEMENTS ............................. 47
REFRIGERATION REPAIR PRACTICE .................... 47
LEAK TESTING
(NITROGEN OR NITROGEN-TRACED) .................... 48
SYSTEM EVACUATION ............................................. 48
DEEP VACUUM METHOD .......................................... 48
TRIPLE EVACUATION METHOD................................ 49
CHARGING ............................................................... 49
FINAL CHARGE ADJUSTMENT ................................. 50
CHECKING COMPRESSOR EFFICIENCY ............... 51
OVERFEEDING ......................................................... 51
UNDERFEEDING........................................................ 51
SUPERHEAT .............................................................. 51
CHEACKING SUPERHEAT ........................................ 51
CHECKING SUBCOOLING......................................... 52
CHECKING EXPANSION VALVE OPERATION.......... 52
CHECKING RESTRICTED LIQUID LINE ................... 56
OVERCHARGE OF REFRIGERANT .......................... 56
NON-CONDENSABLES.............................................. 56
COMPRESSOR BURNOUT........................................ 56
REFRIGERANT PIPING.............................................. 57
SINGLE PIECE AIR HANDLER EXTERNAL STATIC
PRESSURE ................................................................ 57
TWO PIECE AIR HANDLER EXTERNAL STATIC
PRESSURE ................................................................ 58
MAINTENANCE .......................................................... 58
WIRING DIAGRAM ......................................................... 85
IMPORTANT INFORMATION
3
While these items will not cover every conceivable
situation, they should serve as a useful guide.
•
•
•
•
•
•
•
•
•
•
•
PRODUCT IDENTIFICATION
4
PRODUCT IDENTIFICATION
5
PRODUCT IDENTIFICATION
6
MB VC 12 01 A A 1
1,2 3,4 5,6 7,8 9 10 11
Design Series Electrical
MB Modular Blower 1 208-230/60/1
Revisions
Motor Speed A First Series
V Variable Speed ECM Motor
CCircuit Breaker
A No Circuit Breaker
B Circuit Breaker
12 1200 CFM
16 1600 CFM
20 2000 CFM
01 ComfortBridge
TM
PRODUCT IDENTIFICATION
7
ASXC160**1AA
Introduces Amana® brand 2-stage 16 SEER condensing units with R-410A,
communicating models.
ASXC160601BA Use ZPS49 compressor.
ASXC160481BA SmartCoil® coils
ASXC160(24/36)1BB Wiring diagram updated with notes.
ASXC160(48-60)1BB Motor changed to Nidec.
ASXC160(24/36)1BC
ASXC160(48-60)1BC
Ultratech® 2.0 compressor change.
ASXC160(24/36)1BD
ASXC160(48-60)1BD
Replaced PCBHR103 Communicating Heat Pump Control Board with PCBHR104
Communicating Heat Pump Control Board.
ASXC160(241, 481)BE Refrigerant charge reduction
ASXC160(24,36,48,60)1CA 16 SEER 2-Stage AC Development with improved performance.
ASXC16
AMANA® BRAND SPLITOMMUNICATING CONDENSERS R-410A 16 SEER
ASXC18**1AA
Initial release of Amana® brand 2-stage 16 SEER condensing units with R-410A,
communicating models.
ASXC180(36/48/60)1AB Wiring diagram updated with notes.
ASXC180(36/48-60)1AC
Replaced compressors ZPS20K4EPFV230 with ZPS20K5EPFV130 and compressor
ZPS30K4EPFV230 with ZPS30K5EPFV130.
ASXC180(36/48-60)1AD
Replaced PCBHR103 Communicating Heat Pump Control Board with PCBHR104
Communicating Heat Pump Control Board.
ASXC180(24/36/48/60)BA 18 SEER 2-Stage AC Development with improved performance.
ASX180481BB
[Design Improvement]: Updating shared data for 18 SEER, 2-stage, 4 ton AC in
communicating installations. Releasing minor revision for affected models.
ASXC18
AMANA® BRAND SPLITOMMUNICATING CONDENSERS R-410A 18 SEER
PRODUCT IDENTIFICATION
8
GSXC160(24/36/48/60)1CA
16 SEER 2-Stage AC Development with improved performance.
GSXC16
OODMAN® BRAND SPLITOMMUNICATING CONDENSERS R-410A 16 SEER
GSXC180(24/36/48/60)1BA
18 SEER 2-Stage AC Development with improved performance.
GSXC180481BB
[Design Improvement]: Updating shared data for 18 SEER, 2-stage, 4 ton AC in
communicating installations. Releasing minor revision for affected models
GSXC180(24/36/48/60)1BA
18 SEER 2-Stage AC Development with improved performance.
GSXC18
OODMAN® BRAND SPLITOMMUNICATING CONDENSERS R-410A 18 SEER
PRODUCT IDENTIFICATION
9
DSXC160**1AA
Initial release of Goodman® Deluxe brand 2-stage 16 SEER condensing units with R-
410A, communicating models.
DSXC160(24/36)1AB Wiring diagram updated with notes.
DSXC160(24/36)1AC
DSXC160(48-60)1BC
Ultratech® 2.0 compressor.
DSXC160481BA SmartCoil® coils.
DSXC160601BA ZPS49K compressor.
DSXC160(48-60)1BB Motor changed to Nidec.
DSXC160241AF
DSXC160481BE
Refrigerant charge reduction
DSXC16
DELUXE SPLITOMMUNICATING CONDENSERS R-410A 16 SEER
DSXC18**1AA
Initial release of Goodman® Deluxe brand 2-stage 18 SEER condensing units with R-
410A, communicating models.
DSXC180(36/48/60]1AB Wiring diagram updated with notes.
DSXC18036AC
Replaced compressors ZPS20K4EPFV230 with ZPS20K5EPFV130 and compressor
ZPS30K4EPFV230 with ZPS30K5EPFV130.
DSXC180(48-60)1AC Ultratech® 2.0 compressor change.
DSXC18
OMMUNICATING CONDENSERS R-410A 18 SEER
PRODUCT IDENTIFICATION
10
ASZC160**1AA
Introduces Amana® brand 2-stage 16 SEER heat pump units with R-410A,
communicating models.
ASZC160(24/36)1AB
ASZC160(48/60)1AB
Sanhua (RANCO) reversing valves
ASZC160(24-48)1AC
ASZC160601BA
Release of models with accumulators and crankcase heaters.
ASZC160(24-36])1AD
ASZC160601BB
Motor changed to Nidec.
ASZC160(24-36)1AE
Replaced compressors ZPS20K4EPFV230 with ZPS20K5EPFV130 and compressor
ZPS30K4EPFV230 with ZPS30K5EPFV130.
ASZC160481AE Ultratech® 2.0 compressor change.
ASZC160(24/36)1CA
ASZC160(48/60)1CA
Replaced compressors with Copeland's UltraTech™ 3 lineup. Transitioned coils to 7mm.
Offers improved performance.
ASZC16
AMANA® BRAND SPLITOMMUNICATING HEAT PUMP R-410A 16 SEER
ASZC180**1AA
Introduces Amana® brand 2-stage 18 SEER heat pump units with R-410A,
communicating models.
ASZC180601BC
ASZC180601BB
Ultratech® 2.0 compressor change.
ASZC180(36/48/60)1AB Release of models with accumulators and crankcase heaters.
ASZC180(36-4)]1AC
ASZC180601BA
ASZC180361AD
Sanhua (RANCO) reversing valves
ASZC180[24/36/48/60]1CA
Replaced compressors with Copeland's UltraTech™ 3 lineup. Transitioned coils to 7mm.
Offers improved performance.
ASZC18
AMANA® BRAND SPLITOMMUNICATING HEAT PUMPS R-410A 18 SEER
PRODUCT IDENTIFICATION
11
GSZC160[24/36/48/60]1CA
Replaced compressors with Copeland's UltraTech™ 3 lineup. Transitioned coils to
7mm. Offers improved performance.
GSZC16
OODMAN® BRAND SPLITOMMUNICATING HEAT PUMP R-410A 16 SEER
GSZC180[24/36/48/60]
Replaced compressors with Copeland's UltraTech™ 3 lineup. Transitioned coils
to 7mm. Offers improved performance.
GSZC18
OODMAN® BRAND SPLITOMMUNICATING HEAT PUMP R-410A 16 SEER
PRODUCT IDENTIFICATION
12
DSZC16**1AA
Initial release of Goodman® brand Deluxe 2-stage 16 SEER heat pump units with R-
410A, communicating models.
DSZC160(24/36)1AB
DSZC160(48/60)1AB
Sanhua (RANCO) reversing valves.
DSZC160(24-48)1AC
DSZC160601BA
Release of models with accumulators and crankcase heaters.
DSZC160(24-48)]1AD
DSZC160601BB
DSZC160481AE
DSZC160601BC
Ultratech® 2.0 compressor change.
DSZC160(24-36)1AE
Replaced compressors ZPS20K4EPFV230 with ZPS20K5EPFV130 and compressor
ZPS30K4EPFV230 with ZPS30K5EPFV130.
DSZC16
DELUXE SPLITOMMUNICATING HEAT PUMP R-410A 16 SEER
DSZC18**1AA
Initial release of Goodman® brand Deluxe 2-stage 18 SEER heat pump units with R-
410A, communicating models.
DSZC180(36/48/60)1AB Sanhua (RANCO) reversing valves.
DSZC180361AD
Replaced compressors ZPS20K4EPFV230 with ZPS20K5EPFV130 and compressor
ZPS30K4EPFV230 with ZPS30K5EPFV130.
DSZC180(36-48)1AC
DSZC180601BA
Release of models with accumulators and crankcase heaters.
DSZC160(24-48)1AD
DSZC160601BB
Ultratech® 2.0 compressor change.
DSZC18
OMMUNICATING HEAT PUMP R-410A 18 SEER
AVPTC183014AA
AVPTC313714AA
AVPTC426014AA
Initial release of 13 SEER air handler with communicating control and serial
communicating indoor blower motor.
AVPTC183014AB
AVPTC313714AB
AVPTC426014AB
Replaced PCBJA10 communicating air handler control board with PCBJA103.
AVPTC31C14AD To rate AVPTC/DVPTC31 models to 3Kw heater kit.
AVPTC****14
SINGLE PIECE AIR HANDLER MULTIPLE-POSITION ARIABLE SPEED
AINTED XV W ITH 4-W IRE COMMUNICATING CONTROL
PRODUCT IDENTIFICATION
13
AVPTC25B14BA
AVPTC29B14BA
AVPTC31C14BA
AVPTC33C14BA
AVPTC35B14BA
AVPTC37B14BA
AVPTC37C14BA
AVPTC37D14BA
AVPTC39C14BA
AVPTC49C14BA
AVPTC49D14BA
AVPTC59C14BA
AVPTC59D14BA
AVPTC61D14BA
ECM Based Air Handler with New Comfort Bridge™ Compatible PCB Control Board
MBVC1201
MBVC1601
MBVC2001
ECM Based Air Handler with New Comfort Bridge™ Compatible PCB Control Board
PRODUCT IDENTIFICATION
14
CAUF*****6AA Initial release of CAUF Dayton Upflow/Downflow coils.
CAUF*****6BA Burr Oak Louvered Fin released in place of the Wavy Fin.
CAUF****6*DA Replaced existing copper coils and other associated parts with aluminum components.
CAUF*****6DB Drain pan material changed.
CAUF1824A6RDB
CAUF1824B6RDB
CAUF36***CA Redesign from 2 row to 3 row for performance improvement.
CAUF3030(A/B)6RDB
CAUF3030(C/D)6RDB
CAUF3131(B/C)6RDB
CAUFA*****6A* Initial Release.
CAUFA*****6B*
CAUFA*****6C*
Manufacturing Location Change from Dayton to Houston. Designated by "R".
Manufacturing Location Change from Dayton to Houston. Designated by "R".
Major revision update for A-Chassis drain port relocation
PRODUCT IDENTIFICATION
15
CHPF*****6AA Intial release of 13 SEER CHPF horizontal A coil.
CHPF*****6BA
Released Burr Oak Louvered Fin in place of the Wavy Fin. The rows changed by one, (i.e.
4 row to 3 row; 3 row to 2 row) where applicable.
CHPF1824A6CA
CHPF2430B6CA
CHPF3636B6CA
CHPF3642C6CA
CHPF3642D6CA
CHPF3743C6BA
CHPF3743D6BA
CHPF4860D6DA
Louvered fins. Replaced copper tube hairpins with aluminum hairpins.
CHPF1824A6CB
CHPF2430B6CB
CHPF3636B6CB
CHPF3642C6CB
CHPF3642D6CB
CHPF3743C6BB
CHPF3743D6BB
CHPF4860D6DB
Drain pan material change to a Decabromodiphenyl Ether free resin.
CHPF1824A6CC
CHPF2430B6CC
CHPF3636B6CC
CHPF3642C6CC
CHPF3642D6CC
CHPF3743C6BC
CHPF3743D6BC
CHPF4860D6DC
Change to prepainted wrappers
CHPF
C-INDOOR COIL ORIZONTAL A-COIL AINTEDLOWRATOR
PRODUCT IDENTIFICATION
16
CAPF*****6AA Initial release of CAPF Dayton Upflow/Downflow coils.
CAPF*****6BA Burr Oak Louvered Fin released in place of the Wavy Fin.
CAPF36***CA Redesigned for performance improvement from 2 row to 3 row.
CAPF*****6DA Replaced existing copper coils and other associated parts with aluminum components.
CAPF*****6DB Drain pan material changed
CAPF1824A6DC
CAPF1824B6DC
CAPF1824C6DC
CAPF3030A6DC
CAPF3030B6DC
CAPF3030C6DC
CAPF3030D6DC
CAPF3131B6DC
CAPF3131C6DC
CAPF3137B6AB
CAPF3636A6DC
CAPF3636B6DC
CAPF3636C6DC
CAPF3636D6DC
CAPF3642C6DC
CAPF3642D6DC
CAPF3743C6DC
CAPF3743D6DC
CAPF4860C6DC
CAPF4860D6DC
CAPF4961C6DC
CAPF4961D6DC
CAPFA1818B6A
CAPFA1818B6A
CAPFA*****6A* Initial Release
CAPFA*****6B*
CAPFA*****6C*
Redesign the wrapper for the CAPF to provide increased ease of installation.
Cased Uncased 7mm AL Coils. Replaced 3/8 aluminum tubing in residential splits indoor coils
with more efficient 7mm aluminum tubing.
Major revision update for A-chassis drain port relocation
PRODUCT IDENTIFICATION
17
CAPT3131B4BA
CAPT3131C4BA
Initial release of coils with factory-installed, non-adjustable TXV. Single stage AHRI ratings
for CAPT3131 NTC combinations.
CAPT3743C4AA
CAPT3743D4AA
Initial release of single stage AHRI ratings for CAPT3743 NTC combinations.
CAPT4961C4AA
CAPT4961D4AA
Initial release of single stage AHRI ratings for CAPT4961C4 NTC combinations.
CAPT3131B4AB
CAPT3131C4AB
CAPT3743C4AB
CAPT3743D4AB
CAPT4961C4AB
CAPT4961D4AB
Redesign the wrapper for the CAPT to provide increased ease of installation.
CAPT
INDOOR COIL UPFLOW/DOWNFLOWAINTED CASED FLOWRATOR W/XV
CSCF*****6AA Initial release of 13 SEER CSCF horizontal slab coils.
CSCF*****6BA
Burr Oak Louvered Fin released in place of the Wavy Fin. Rows reduced by one where
applicable.
CSCF1824N6BB
CSCF3036N6BB
CSCF3642N6CB
CSCF4860N6CB
Drain pan material changed.
CSCF1824N6CA
CSCF3036N6CA
CSCF3642N6CA
CSCF4860N6CA
Replaced copper coils and other associated parts with aluminum components.
CSCF
INDOOR COIL HORIZONTAL SLAB COIL C-UNPAINTED LOWRATOR
SYSTEM OPERATION
18
The communicating platform is a system that includes a
communicating air handler/furnace/modular blower and air
conditioner or heat pump. Any other system congurations
are considered traditional (or legacy) system.
A heating/air conditioning system diers
from a legacy/traditional system in the manner in which
the indoor unit, outdoor unit and thermostat interact with
one another. In a traditional system, the thermostat sends
commands to the indoor and outdoor units via analog 24
VAC signals. It is a one-way communication path in that the
indoor and outdoor units typically do not return information
to the indoor board.
On the other hand, the indoor unit and outdoor system
“communicate” digitally with one another. It is now a
two-way communications path. The thermostat still sends
commands to the indoor and outdoor units. However, the
indoor board may also request and receive information
from the outdoor unit. This information may be displayed
on the Cool Cloud HVAC app.
Airow demands are managed dierent in a fully
communicating system than they are in a legacy wired
system. The system operating mode (as determined by
the thermostat) determines which unit calculates the
system airow demand. If the indoor unit is responsible for
determining the airow demand, it calculates the demand
and sends it to the ECM motor. If the outdoor unit or
thermostat is responsible for determining the demand, it
calculates the demand and transmits the demand along
with a fan request to the indoor unit. The indoor unit then
sends the demand to the ECM motor. The following table
lists the various communicating systems, the operating
mode, and airow demand source.
For example, assume the system is an air conditioner
matched with an air handler. With a call for low stage
cooling, the air conditioner will calculate the system’s low
stage cooling airow demand. The air conditioner will then
send a fan request along with the low stage cooling airow
demand to the air handler. Once received, the air handler
will send the low stage cooling airow demand to the ECM
motor. The ECM motor then delivers the low stage cooling
airow. The table below lists the nominal high and low
stage airow for the communicating air conditioners and
heat pumps.
*SZC160241 800 600 800 600
*SZC160361 1200 800 1200 800
*SZC160481 1550 1100 1550 1100
*SZC160601 1800 1210 1800 1210
*SZC180241 850 550 850 550
*SZC180361 1250 850 1250 850
*SZC180481 1750 1210 1750 1210
*SZC180601 1750 1210 1750 1210
Typical 18 AWG thermostat wire may be used to wire the
system components. 100 feet is the maximum length of
wire recommended between indoor unit and outdoor unit,
or between indoor unit and thermostat.
SYSTEM OPERATION
19
Occasionally the need to trouble-shoot the network may
arise. The integrated air handler control has some on-
board tools that may be used to troubleshoot the network.
These tools are: red communications LED, green receive
(Rx) LED, and learn button. Refer to the Communications
Troubleshooting Chart and Air Handler Diagnostic Codes
below for error codes, possible causes and corrective
actions.
• Red Communications LED - Indicates the status of the
network. The table below indicates the LED status and the
corresponding potential problem.
• Green Receive Communication LED - Indicates network
trac. The table below indicates the LED status and the
corresponding potential problem.
• Learn Button - Used to reset the network. Depress the
button for approximately 2 seconds to reset the network.
LED LED
Status Indication Possible Causes Corrective Action(s) Notes & Cautions
Green Receive LED O • No Power
• Communications
error
• No power to air
handler
• Open fuse
• Communications
error
• Check fuses and
circuit breakers;
replace/reset
• Replace blown fuse
• Check for shorts in
low voltage wiring in
air handler/system
• Reset network by
depressing learn
button
• Check data 1/data
2 voltages
• Turn power OFF
prior to repair
Communicating Rapid
Flashing
• Normal network
trac
• Control is “talking”
on network as
expected
• None • None
SYSTEM OPERATION
20
The refrigerant used in the system is R-410A. It is a clear,
colorless, non-toxic and non-irritating liquid. R-410A is
a 50:50 blend of R-32 and R-125. The boiling point at
atmospheric pressure is -62.9°F.
A few of the important principles that make the refrigeration
cycle possible are: heat always ows from a warmer to a
cooler body. Under lower pressure, a refrigerant will absorb
heat and vaporize at a low temperature. The vapors may
be drawn o and condensed at a higher pressure and
temperature to be used again.
The indoor evaporator coil functions to cool and dehumidify
the air conditioned spaces through the evaporative process
taking place within the coil tubes.
NOTE: The pressures and temperatures shown in the
refrigerant cycle illustrations on the following pages are
for demonstration purposes only. Actual temperatures
and pressures are to be obtained from the “Expanded
Performance Chart”.
Liquid refrigerant at condensing pressure and
temperatures, (270 psig and 122°F), leaves the outdoor
condensing coil through the drier and is metered into the
indoor coil through the metering device. As the cool, low
pressure, saturated refrigerant enters the tubes of the
indoor coil, a portion of the liquid immediately vaporizes.
It continues to soak up heat and vaporizes as it proceeds
through the coil, cooling the indoor coil down to about 48°F.
Heat is continually being transferred to the cool ns and
tubes of the indoor evaporator coil by the warm system air.
This warming process causes the refrigerant to boil. The
heat removed from the air is carried o by the vapor.
As the vapor passes through the last tubes of the coil, it
becomes superheated. That is, it absorbs more heat than
is necessary to vaporize it. This is assurance that only
dry gas will reach the compressor. Liquid reaching the
compressor can weaken or break compressor valves.
The compressor increases the pressure of the gas, thus
adding more heat, and discharges hot, high pressure
superheated gas into the outdoor condenser coil.
In the condenser coil, the hot refrigerant gas, being
warmer than the outdoor air, rst loses its superheat by
heat transferred from the gas through the tubes and ns
of the coil. The refrigerant now becomes saturated, part
liquid, part vapor and then continues to give up heat until
it condenses to a liquid alone. Once the vapor is fully
liqueed, it continues to give up heat which subcools the
liquid, and it is ready to repeat the cycle.
This manual suits for next models
11
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