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AEX2M14LR

1 – 7

㧔㧼㧻㨃㧱㧾˴㧿㨁㧼㧼㧸㨅˴㧼㨃㧮㧕

㧔㧵㧼㧹˴㧼㨃㧮㧕

㧔㧵㧼㧹˴㧼㨃㧮㧕

㧔㧰㧵㧿㧼㧸㧭㨅˴㧼㨃㧮㧕

㧔㧾㧱㧸㧭㨅˴㧼㨃㧮㧕

㧔㧯㧻㧺㨀㧾㧻㧸˴㧼㨃㧮㧕

㧮㧾㧻㨃㧺

㧲㧯㧣

㧯㧝㧝㧘㧯㧝㧟㧦

㧲㧯㧝

㧻㧾㧭㧺㧳㧱

㨃㧴㧵㨀㧱

㧾㧱㧰

㧺㧾㧞

㧺㧾㧟

㧾㧠㧥

㧝㧜㧜

㧝㧛㧠㨃

㧝㧜㧜

㧝㧛㧠㨃

㧾㧠㧣

㧝㧜㧜

㧝㧛㧠㨃

㧾㧠㧤

㧾㧝㧝㧟

㧯㧝㧜

㧠㧞㧜㨂

㧯㧥

㧠㧞㧜㨂

㧝㧡㧜㧜Ǵ㧲

㨀㧼

㨀㧺

㧾㧝㧜㧡

㧾㧝㧜㧢

㧝㧜

㧝㧝

㧝㧞

㧝㧟

㧝㧠

㧜㧚㧝Ǵ㧲

㧡㧜㨂˴㧟㧟㧜㨜㧲

㧯㧟㧤㧘㧯㧟㧥㧘㧯㧠㧜㧦

㧝㧜㨗

㧾㧞㧟㧥

㧝㧜㨗

㧝㧚㧜㨗㧲˴

㧡㧚㧢㨗

㧵㧯㧥

㧾㧞㧜㧠

㧾㧞㧜㧡

㧾㧞㧜㧞

㧾㧞㧜㧟

㧾㧞㧜㧜

㧾㧞㧜㧝

㧯㧥㧟

㧜㧚㧝Ǵ㧲

㧼㧯㧝

㧼㧯㧤㧝㧣㧝㧢

㧯㧟㧠

㧯㧟㧟

㧯㧟㧞

㧯㧟㧝

㧯㧟㧜

㧯㧞㧥

㧯㧞㧤

㧯㧞㧣

㧯㧞㧢

㧯㧞㧠

㧯㧞㧟

㧯㧞㧞

㧯㧞㧝

㧯㧣

㧳㧾㧱㧱㧺㧛㨅㧱㧸㧸㧻㨃

㧳㧾㧱㧱㧺

㨀㧝

㧞㧡㧜㨂 㧞㧜㧭

㨀㧠

㧯㧟

㧞㧣㧡㨂 㧝Ǵ㧲

㧸㧢

㧝㧛㧠㨃

㨀㨔㨑㨞㨙㨍㨘˴㧲㨡㨟㨑

㧔㨀㧱㧾㧹㧵㧺㧭㧸˴㧮㧻㧭㧾㧰˴㧝㧕

㧿㧭㧯㨀㧟㧞㧠㧞㧜

㧮㧸㨁㧱

㧯㧠㧡

㧜㧚㧝Ǵ㧲

㧮㧸㨁㧱

㧮㧾㧻㨃㧺

㨅㧱㧸㧸㧻㨃

㨅㧱㧸㧸㧻㨃

㧮㧸㨁㧱

㧲㧯㧡

㧮㧸㨁㧱

㧰㧮㧝

㧯㨀㧝

㧯㧤

㧯㧞㧜

㧲㧯㧠

㧯㧝㧞

㧯㧝㧝

㧯㧝㧣

㧯㧝㧤

㧿㧭㧝

㧺㧾㧝

㧯㧺㧝㧟

㧸㧞

㧸㧝

㧸㧝

㧞㧡

㧞㧠

㧞㧟

㧞㧢

㧞㧞

㧽㧹㧝㧜㧝㧔㧵㧼㧹㧕

㧝㧣

㧝㧢

㧝㧚㧤㨗㧲

㧾㧝㧜㧠

㧾㧝㧜㧟

㧲㨁㧿㧱㧝㧜㧝

㧢㧟㧜㨂˴

㧜㧚㧟㧟Ǵ㧲

㧯㧝㧞㧝

㨀㨁

㨀㨂

㨀㨃

㧝㧛㧞㨃˴㧝㧤㧜㨗㧲

㧾㧡㧤㧘㧾㧢㧜㧘㧾㧢㧞㧦

㧝㧛㧞㨃˴㧝㧥㧢㨗㧲

㧾㧡㧣㧘㧾㧡㧥㧘㧾㧢㧝㧦

㧾㧡㧢

㧾㧡㧡㧘㧡㧢㧦

㧾㧡㧡

㧝㧛㧞㨃˴㧝㧥㧢㨗㧲

㧵㧯㧡

㧷㧵㧭㧟㧟㧥㧼

㧝㧛㧠㨃

㧝㧜㧜

㧾㧡㧜

㧾㧡㧤

㧾㧡㧣

㧾㧢㧜

㧾㧡㧥

㧯㧟㧣

㧯㧟㧤

㧯㧠㧜

㧯㧟㧥

㧾㧡㧞

㧣㧚㧡㨗㧲

㧾㧡㧝

㧝㧠㧚㧣㨗㧲

㧾㧡㧟

㧾㧡㧠

㧾㧢㧞

㧾㧢㧝

㧾㧡㧞㧘㧾㧡㧟㧘㧾㧡㧠㧦

㧝㧜㨂

㧯㧝㧥

㧞㧡㧜㨂

㧻㧾㧭㧺㧳㧱

㧮㧸㨁㧱

㧮㧸㧭㧯㧷

㧳㧾㧭㨅

㧹㧾㨅㧝

㧼㨀㧯㧝

㧞㧡㧜㨂

㧟㧚㧝㧡㧭

㧲㨁㧿㧱㧠

㨀㧡

㨀㧢

㧲㨁㧿㧱㧝

㧞㧡㧜㨂

˴㧠㧣㧜㧜㨜㧲

㧯㧝㧞㧘㧯㧝㧠㧦

㧭㧯㧝

㧭㧯㧞

㧵㨛

㧭㧯㨀㧔㧼㧲㧯㧕

㧭㧲㧝



㧵㧯㧠

㧿㨀㧾㧙㧸㧠㧣㧞

㧝㧝

㧝㧜

㨆㨆

㨅㨅

㨄㨄

㨃㨃

㨂㨂

㨁㨁

㧝㧜

㧝㧝

㧞㧡㧜㨂

㧝㧜㧜㧜㧜㨜㧲

㨀㧞

㧟㧟

㧸㧠

㧸㧟

㧯㧝㧟

㧯㧝㧠

㧝Ǵ㧲

㧞㧣㧡㨂

㧯㧝

㧯㧝㧡

㧯㧝㧢

㧞㧣㧡㨂 㧝Ǵ㧲

㧯㧞

㧾㧞

㧝㧛㧠㨃

㧾㧝

㧝㧛㧠㨃 㧡㧝㧜㨗

㧡㧝㧜㨗

㧞㧚㧞Ǵ㧲

㧞㧣㧡㨂

㧯㧤㧘㧞㧜㧦

㧸㧡

㧲㧮㧟

㧔㨀㧱㧾㧹㧵㧺㧭㧸˴㧮㧻㧭㧾㧰˴㧭㧕

㧮㧸㨁㧱

㧮㧾㧻㨃㧺

㧮㧾㧻㨃㧺

㧔㨀㧱㧾㧹㧵㧺㧭㧸˴㧮㧻㧭㧾㧰˴㧮㧕

㧮㧸㨁㧱

㧳㧾㧱㧱㧺㧛㨅㧱㧸㧸㧻㨃

㧳㧾㧱㧱㧺㧛㨅㧱㧸㧸㧻㨃

㧳㧾㧱㧱㧺㧛㨅㧱㧸㧸㧻㨃

㧾㧞㧢㧞

㧝㧜㨗

㧾㧠㧞

㧝㨗

㧝㨗

㧝㨗

㧾㧠㧝

㧾㧠㧟

㧾㧠㧠

㧝㧚㧤㨗

㧾㧠㧢

㧾㧠㧡

㧝㧚㧤㨗

㧝㧚㧤㨗

㧯㧡㧟

㧝㧜㨗

㧯㧺㧝㧢

㧾㧝㧜

㧝㧚㧜㨗㧲

㧾㧝㧝

㧰㧝

㧾㧝㧞

㧢㧚㧠㧥㨗㧲

㧝㧜

㧮㧯㧺㧝㧢

㧮㧯㧺㧝

㧯㧺㧝㧝

㨅㧱㧸㧸㧻㨃

㧲㧯㧢

㧲㧯㧞

㧲㧯㧟

㧮㧾㧻㨃㧺

㧮㧸㨁㧱

㧞㧟㧤㧦㧟㧥㧜

㧟㧚㧥㨗

㧲㧯㧤

㧲㧯㧥

㧲㧯㧝㧜

㧝㨗

㧞㧡㨂

㧞㧡㨂 㧜㧚㧝Ǵ㧲

㧝㧜㧜㨗㧲

㧞㧜㨗㧲

㧞㧚㧜㨗㧲

㧞㧜㧜㨗㧲

㧞㧜㧜㨗㧲

㧞㧡㨂

㧞㧡㨂

㧾㨅㧝

㧝㧜㧜

㧾㧤㧭 㧝㨃

㧯㧺㧠

㧞㧣㧡㨂 㧜㧚㧜㧟㧟Ǵ㧲

㧯㧠㧭

㧠㧙㨃㧭㨅

㨂㨍㨘㨢㨑

㧯㧺㧝

㧹㨛㨠㨛㨞

㧰㧯˴㧲㨍㨚

㧯㧺㧟

㧲㨁㧿㧱㧟

㧟㧚㧝㧡㧭

㧞㧡㧜㨂

㧞㧜㧭

㧞㧞㧜Ǵ㧲

㧮㧾㧻㨃㧺

㧮㧸㨁㧱

㧯㧺㧞

㧯㧺㧝㧜㧝

㧯㧺㧝㧝㧠

㧯㧺㧝㧠

㨃㧴㧵㨀㧱

㨃㧴㧵㨀㧱

㧲㧮㧞

㧻㧾㧭㧺㧳㧱

㧮㧸㨁㧱

㧾㧱㧰

㧜㧚㧝Ǵ㧲

㧞㧡㨂

㧯㧞㧡

㧮㨀㧝

㧮㨀㧞

㧝㧛㧞㨃 㧝㧡㧜㨗

㧝㧡㧜㨗

㧝㧛㧞㨃

㧝㧡㧜㨗

㧝㧛㧞㨃

㧝㧛㧞㨃 㧝㧡㧜㨗

㧝㧜㧜㧜Ǵ㧲

㧠㧠

㧭㧱㧙㨄㧞㧹㧝㧠㧸㧾˴㧯㧵㧾㧯㨁㧵㨀˴㧰㧵㧭㧳㧾㧭㧹

㧿

㧔㨏㨛㨙㨜㨞㨑㨟㨟㨛㨞㧕

㧽㧝㧠㧘㧝㧡㧦㧞㧿㧭㧝㧜㧞㧜㨅

㧯㧡㧡㧭㧙㧡㧡㧲㧦㧝㧜Ǵ㧝㧢㨂

㧠㧚㧣㨗

㧡㨂

㧾㧣㧢

㧯㧺㧢

㧝㧢㨂

㧝㧜Ǵ

㧯㧡㧠

㧡㨂

㧾㧞㧞㧞

㧾㧞㧞㧟

㧾㧞㧞㧠

㧦㧝㧜㨗

㧾㧞㧞㧞㧙㧞㧞㧠


㧾㧞㧠㧜˴㧝㧜㨗

㧵㧼㧹

㧠㧚㧢㧠㨗㧲

㧝㧛㧠㨃

㧥㧚㧡㧟㨗㧲

㧝㧛㧠㨃

㧝㧛㧠㨃

㧵㧯㧤

㧜㧚㧜㧝Ǵ㧲

㧡㧜㨂

㧯㧢㧢

㧜㧚㧜㧝Ǵ㧲

㧯㧢㧣 㧡㧜㨂

㧿㨃

㧼㨁㧹㧼˴㧰㧻㨃㧺

㨃㧵㧺㨀㧱㧾˴㧯㧻㧻㧸

㧯㧤㧜

㧝㧛㧠㨃 㧝㧟㧜㨗

㧝㧟㧜㨗

㧝㧛㧠㨃

㧝㧛㧠㨃

㧾㧞㧟㧟㧙

㧾㧞㧟㧤

㧾㧞㧟㧣

㧾㧞㧟㧢

㧾㧞㧟㧡

㧾㧞㧟㧠

㧾㧞㧟㧟

㧾㧞㧟㧞

㧾㧞㧟㧜

㧾㧞㧞㧥

㧾㧞㧞㧤

㧾㧞㧝㧥

㧾㧞㧝㧣

㧾㧞㧝㧢

㧾㧞㧝㧡

㧾㧞㧝㧠

㧾㧞㧝㧟

㧾㧞㧝㧞

㧾㧞㧝㧝

㧾㧞㧝㧜

㧾㧞㧜㧥

㧡㧢㧜㧲

㧾㧝㧟㧲

㧾㧝㧟㧱

㧾㧝㧟㧰

㧾㧝㧟㧯

㧾㧝㧟㧮

㧾㧝㧟㧭

㧰㧠

㧰㧡

㧰㧟

㧰㧞

㧜㧚㧜㧝Ǵ㧲 㧡㧜㨂

㧯㧺㧡

㧢㧚㧤㨗㧲

㨀㧴㧡

㧔㧴㧱㧭㨀㧿㧵㧺㧷㧕

㧯㧺㧤㧮

㧝㧜㨗

㧝㧜㨗

㧰㧝㧣

㧰㧤

㧰㧣

㧡㨂

㧰㧢

㧽㧝

㧯㧥

㧯㧥

㧯㧡㧥

㧯㧡㧤

㧯㧡㧣

㧯㧡㧢

㧯㧡㧡㧮

㧯㧡㧡㧭

㧯㧡㧡㧯

㧯㧡㧡㧰

㧯㧡㧡㧱

㧯㧡㧡㧲

㧯㧡㧡㧳

㧾㧞㧤

㧟 㧠

㧝㧜㨗

㧲㨡㨟㨑㧕

㧔㨀㨔㨑㨞㨙㨍㨘

㧜㧚㧜㧝Ǵ 㧡㧜㨂

㧯㧤㧡

㧔㧼㧻㨃㧱㧾˴㧿㨁㧼㧼㧸㨅㧕

㧾㧟

㧡㨂

㧾㧥

㧷㧾㧯㧝㧜㧞㧿

㧝㧜㧜㧜㨜㧲

㧡㧜㨂

㧡㨂

㧡㨂

㧯㧠㧥

㧔㨁㧕

㧔㨂㧕

㧔㨃㧕

㧔㨆㧕

㧔㨃㧕

㧔㨅㧕

㧔㨂㧕

㧔㨄㧕

㧔㨁㧕

㧔㧻㧕

㧔㨅㧕

㧔㨃㧕

㧔㧮㧕

㨂㧿㧿 
㨂㧯㧯 
㧼㧜㧜 
㧼㧜㧝 
㧼㧜㧞 
㧼㧜㧟 
㧼㧜㧠 
㧼㧜㧡 
㧼㧜㧢 
㧼㧜㧣 
㧼㧝㧜 
㧼㧝㧝 
㧼㧝㧞 
㧼㧝㧟 
㧼㧝㧠 
㧼㧝㧡 
㧼㧝㧢 
㧼㧝㧣 
㧼㧞㧜 
㧼㧞㧝 
㧼㧞㧞 
㨂㧯㧯 
㧼㧞㧟

㧼㧤㧣

㧼㧤㧢

㧼㧤㧡

㧼㧤㧠

㧼㧤㧟

㧼㧤㧞

㧼㧤㧝

㧼㧤㧜

㧼㧣㧣

㧼㧣㧢

㧼㧣㧡

㧼㧣㧠

㧼㧣㧟

㧼㧣㧞

㧼㧣㧝

㧼㧣㧜

㨄㧝

㨄㧜

㨂㧿㧿

㧼㧠㧝

㧼㧠㧞

㧾㧿㨀

㧼㧠㧟

㧼㧠㧠

㧼㧠㧡

㧼㧠㧢

㧼㧠㧣

㧼㧡㧜

㧼㧡㧝

㧼㧢㧜

㧼㧢㧝

㧼㧢㧞

㧼㧢㧟

㧼㧢㧠

㧼㧢㧡

㧼㧢㧢

㧼㧢㧣

㧭㨂㧯㧯 
㧭㨂㧿㧿

㧭㨂㧾

㧹㧰㧜

㧹㧰㧝

㧹㧰㧞

㧼㧠㧜

㧼㧟㧣

㧼㧟㧢

㧼㧟㧡

㧼㧟㧠

㧼㧟㧟

㧼㧟㧞

㧼㧟㧝

㧼㧟㧜

㧼㧞㧣

㧼㧞㧢

㧼㧞㧡

㧼㧞㧠

㧢㧡

㧢㧢

㧢㧣

㧢㧤

㧢㧥

㧣㧜

㧣㧝

㧣㧞

㧣㧟

㧣㧠

㧣㧡

㧣㧢

㧣㧣

㧣㧤

㧣㧥

㧤㧜

㧠㧜

㧟㧥

㧟㧤

㧟㧣

㧟㧢

㧟㧡

㧟㧠

㧟㧟

㧟㧞

㧟㧝

㧟㧜

㧞㧥

㧞㧤

㧞㧣

㧞㧢

㧞㧡

㧞㧠

㧞㧟

㧞㧞㧞

㧞㧝

㧞㧜

㧝㧥

㧝㧤

㧝㧣

㧝㧢

㧝㧡

㧝㧠

㧝㧟

㧝㧞

㧝㧝

㧝㧜

㧡㧝

㧠㧝

㧠㧞

㧠㧟

㧠㧠

㧠㧡

㧠㧢

㧠㧣

㧠㧤

㧠㧥

㧡㧜

㧡㧞

㧡㧟

㧡㧠

㧡㧡

㧡㧢

㧡㧣

㧡㧤

㧡㧥

㧢㧜

㧢㧝

㧢㧞

㧢㧟

㧢㧠

㧵㧯㧝

㧶㧼㧲

㧜㧚㧝Ǵ㧲

㧡㨂

㧶㧼㧠

㧶㧼㧡

㧡㧜㨂

㧝㧜㧜㧜㨜㧲

㧝㧜㧜㧜㨜㧲

㧡㧜㨂 
㧝㧜㧜㧜㨜㧲

㧡㧜㨂

㧡㧜㨂㧝㧜㧜㧜㨜㧲

㧞㧚㧞㨗

㧞㧚㧞㨗

㧝㧜㨗

㧡㨂

㧯㧢㧤 㧜㧚㧜㧝Ǵ 㧝㧢㨂

㨁㧺㧵㨀˴㧮

㨁㧺㧵㨀˴㧭

㧸㧱㧰㧝

㧿㨃㧝

㧿㨃

㨃㧵㧾㧱˴㧯㧴㧱㧯㧷

㧝㧜㨗

㧝㧜㨗

㧝㧜㨗

㧝㧜㨗

㧝㧜㨗

㧶㧼㧞

㧿㨃㧞

㧸㧱㧰㧞

㧯㧠㧟 㧝㧜㧜Ǵ 㧝㧜㨂

㧯㧠㧠 㧜㧚㧝Ǵ

㧡㨂

㧾㧟㧜

㧜㨜

㧡㧜㨂

㧯㧝㧝㧥

㧾㧝㧜㧞

㨆㧰㧝㧜㧝

㧝㧟㧜㨗

㧝㧛㧠㨃

㧝㧛㧠㨃 㧝㧟㧜㨗

㧾㧝㧜㧝

㧜㧚㧜㧞㧞Ǵ㧲

㧯㧝㧞㧜

㧡㧜㨂

㧾㧝㧜㧜



㧝㧤㨂

㧝㧜㧜Ǵ㧲

㧜㧚㧝Ǵ㧲

㧡㨂

㧣㧤㧜㧡

㧝㧜

㧝㧝

㧝㧟

㧝㧞

㧾㧝㧣

㧝㧜

㧞㨃

㧟㧟㧜㧜㨜㧲

㧜㧚㧜㧝Ǵ㧲

㧝㧡㨂

㧞㧡㨂

㧞㧿㧭

㧝㧡㧤㧢㧳

㧞㧡㧜㨂

㨀㧾㧝

㧜㧚㧝Ǵ㧲

㧟㧡㨂 㧝㧡㧜Ǵ㧲

㧟㧡㨂

㧝㧡㧜Ǵ㧲

㧜㧚㧜㧟㧟Ǵ㧲

㧷㧵㧭㧣㧤㧜㧡㧭㧼㧵

㧜㧚㧝Ǵ㧲

㧝㧜㨂

㧞㧡㨂

㧢㧤㧜Ǵ㧲

㧢㧤㧜Ǵ㧲

㧝㧤㨂

㧵㧯㧣

㧰㧝㧡

㧰㧝㧟

㧰㧝㧠

㧾㧝㧤

㧾㧞㧞

㧾㧞㧟

㧾㧞㧢

㧾㧞㧣

㧞㧞㧜㨜㧲

㧾㧞㧥

㧰㧥

㧝㧜Ǵ㧲

㧡㧜㨂

㧞㧡㨂

㧾㧞㧡 㧝㧛㧠㨃

㧾㧞㧠

㧝㧛㧠㨃

㧾㧞㧝

㧝㧛㧠㨃

㧽㧞

㧝㧛㧠㨃

㧝㧛㧠㨃

㧞㨗㨂

㧝㧚㧡㨗

㧝㧚㧡㨗

㧝㧜㨗

㧢㧤㨗

㧞㧞㨗

㧝㧚㧢㧡㨗㧲

㧝㧜㨗

㧝㧜㨗

㧲㧮㧝

㧢㧤㧜 㧾㧝㧠

㧝㧛㧠㨃

㧟㧚㧟㨗

㧾㧞㧜

㧰㧝㧜

㨆㧰㧝

㧰㧝㧞

㧾㧝㧥

㧞㨗

㧝㧛㧠㨃

㧰㧝㧝

㧝㧛㧠㨃

㧾㧟㧡

㧾㧟㧢

㧝㧞

㧝㧤㨂

㧵㧯㧡

㧝㧹

㧰㧝㧢

㧾㧠㧜

㧾㧟㧤

㧜㧚㧝Ǵ㧲

㧡㧜㨂

㧜㧚㧜㧝Ǵ㧲

㧾㧟㧠

㧜㧚㧝Ǵ㧲

㧽㧠

㧾㧟㧝

㧾㧟㧞㧘㧾㧟㧟㧦㧝㧛㧞㨃㧞㧣㧜㨗㧲

㧟㧠㧚㧤㨗㧲

㧝㧜㨗

㧝㨗

㧷㧵㧭㧟㧟㧥㧲

㧝㧚㧤㨗

㧡㨂

㧾㧟㧣

㧝㧡㨂

㨂㧼

㨂㨁㧲㧿

㨂㨁㧲㧮

㨂㧼㧵

㨁㧼㨁㧼

㨂㧼㧵

㨂㨁㧲㧮

㨂㨁㧲㧿

㨂㧼

㧞㧞

㧝㧥

㧞㧜

㨁㧺

㨂㧺㨂㧺

㨁㧺

㧞㧜

㧝㧥

㨃㧼㨃㧼

㧲㧻

㧝㧤㧝㧤

㧲㧻

㧙㧙

㧝㧜㧜㧜㨜㧲

㧯㧝

㧝㧟

㧝㧜㧜㧜㨜㧲

㧯㧝

㧝㧠

㧯㧝

㧝㧜㧜㧜㨜㧲

㧯㧝

㧝㧢

㧝㧜㧜㧜㨜㧲

㧯㧝

㧝㧜㧜㧜㨜㧲

㧜㧚㧝Ǵ㧲

㧞㧡㨂

㧯㧝㧜㧡 㧝㧜㧜Ǵ㧲

㧯㧝㧞㧞

㧜㧚㧝Ǵ㧲

㧯㧝㧞㧟

㧗㧗

㨂㧼㧯

㧝㧠

㧝㧡

㧝㧝㧝㧝

㧝㧡

㧝㧠

㨂㧼㧯

㨂㧺㧯

㨂㧺㧵㨂㧺㧵

㨂㧺㧯

㧯㧝㧝㧞

㧜㧚㧝Ǵ㧲

㧯㧝㧜㧠㧯㧝㧜㧠 㧟㧟㧜Ǵ㧲㧟㧟㧜Ǵ㧲 㧞㧡㨂

㧾㧝㧜㧥

㧰㧝㧜㧜

㧝㧜

㧝㧟

㧝㧞㧝㧞

㧝㧟

㧝㧜

㨂㨃㧲㧮

㨂㧼㧵㨂㧼㧵

㨂㨃㧲㧮

㨂㨃㧲㧿㨂㨃㧲㧿

㧢㧢

㨂㨂㧲㧮

㨂㧼㧵㨂㧼㧵

㨂㨂㧲㧮

㨂㨂㧲㧿

㧾㧝㧜㧤㧙㧾㧝㧝㧝㧦

㧟㧟

㧝㧛㧠㨃

㧾㧝㧜㧤

㧯㧝㧜㧝

㧝㧜㧜Ǵ㧲

㧞㧡㨂

㧙㧙

㧙㧙

㧙㧙

㧯㧝㧜㧢

㧰㧝㧜㧝

㧰㧝㧜㧞

㧰㧝㧜㧟

㧞㧡㨂 㧝㧜㧜Ǵ㧲

㧯㧝㧜㧞

㧯㧝㧜㧣

㧯㧝㧜㧤

㧯㧝㧜㧥

㧜㧚㧝Ǵ㧲

㧝Ǵ

㧜㧚㧝Ǵ㧲

㧜㧚㧝Ǵ㧲

㧝Ǵ

㧯㧝㧝㧜

㧯㧝㧝㧝

㧾㧝㧝㧜

㧾㧝㧝㧝

㧯㧝㧜㧟㧯㧝㧜㧟

㧝㧜㧜Ǵ㧲

㧞㧡㨂

㧜㧚㧝Ǵ㧲

㧴㨆㧞㧠㧙㧞

㨆㧰㧝㧜㧜

㨃㧺㨃㧺

㧞㧝㧞㧝

㧯㧝

㧝㧤

㧝㧜㧜㧜㨜㧲

㧾㧝㧜㧣

㧾㧝㧝㧞

㧢㧚㧤㨗

㧢㧚㧤㨗

㧿

㧽㧤

㧠㧚㧢㧠㨗㧲

㧝㧟㨂

㧔㨁㧺㧵㨀˴㧭㧕

㧔㨁㧺㧵㨀˴㧮㧕

㧟㧚㧟

㧾㧝㧡

㧾㧝㧢 㧟㧚㧟

㧝㧛㧞㨃

㧝㧛㧞㨃

㧠㧣㧜㨜㧲

㧝㧛㧠㨃

㧾㧞㧡㧣

㧝㧛㧠㨃

㧾㧞㧡㧡 㧞㧚㧞㨗

㧝㨗

㧝㨗

㧾㧞㧡㧢

㧾㧞㧡㧠

㧞㧚㧞㨗

㧽㧝㧡

㧽㧝㧠

㧝㧛㧠㨃

㧝㧛㧠㨃

㧵㧯㧟

㧷㧵㧰㧢㧡㧜㧜㧠㧭㧼

㧝㧜㨗

㧾㧞㧢㧜

㧝㧜㨗

㧾㧞㧢㧝

㧳㧾

㧮㧸

㧮㧸

㧳㧾

㧡 㧠

㧟 㧞

㧰㧟㧜

㧰㧟㧝

㧰㧟㧞

㧰㧟㧟

㧰㧟㧠

㧰㧟㧡

㧰㧟㧢

㧰㧟㧣

㧯㧠㧤

㧯㧡㧜

㧡㨂

㧷㧾㧯㧝㧜㧡㧿

㧽㧟

㧾㧞㧞㧢

㧝㨗

㧜㧚㧜㧝Ǵ㧲

㧡㧜㨂

㧡㧜㨂

㧜㧚㧜㧝Ǵ㧲

㧯㧣㧤

㧡㧜㨂

㧜㧚㧜㧝Ǵ

㧯㧣㧥

㧜㧚㧝Ǵ

㧝㧜㨗

㧾㧞㧞㧣

㧾㧞㧟㧝

㧡㨂

㧾㧞㧞㧡 㧝㧜㨗

㨀㧴㧠

㧔㨔㨍㨑㨠

㨑㨤㨏㨔㨍㨚㨓㨑㧕

㧔㨠㨔㨑㨞㨙㨕㨟㨠㨛㨞㧕

㧾㧥㧤㧭㧙㧥㧤㧳㧦㧢㧚㧤㨗㧲

㧾㧥㧤㧳

㧾㧥㧤㧲

㧾㧥㧤㧱

㧾㧥㧤㧰

㧾㧥㧤㧯

㧾㧥㧤㧮

㧾㧥㧤㧭

㧾㧥㧣㧱

㧾㧥㧣㧰

㧾㧥㧣㧯

㧾㧥㧣㧮

㧾㧥㧣㧭

㧾㧥㧣㧲

㧾㧥㧣㧳

㧯㧤㧢㧯

㧯㧤㧢㧮

㧯㧤㧢㧰

㧯㧤㧢㧱

㧯㧤㧢㧳

㧯㧤㧢㧴

㧯㧤㧢㧲

㧾㧥㧣㧴

㧯㧤㧢㧭㧙㧯㧤㧢㧴㧦㧜㧚㧜㧝Ǵ㧡㧜㨂

㧡㨂

㧡 㧠

㧟 㧞

㨀㧴㧣

㧔㧿㨁㧯㨀㧵㧻㧺˴㧮㧕

㨀㧴㧢

㧔㧿㨁㧯㨀㧵㧻㧺˴㧭㧕

㧜㧚㧝Ǵ㧲

㧯㧢㧜

㧝㧜㧜Ǵ㧲

㧯㧢㧝 㧝㧜㨂

㧾㧥㧣㧭㧙㧾㧥㧣㧴㧦㧝㧜㨗

㧯㧤㧢㧭

㧝㧚㧤㨗

㧾㧤㧤

㧯㧣㧞 㧜㧚㧝Ǵ

㧯㧢㧥

㧠㧣㧜㧜㧼

㧜㧚㧝Ǵ

㧯㧤㧞

㧠㧣㧜㧜㧼

㧞㧡㧜㨂

㧼㧯㧤㧝㧣㨄㧟

㧼㧯㧤㧝㧣㨄㧟

㧟㧚㧟㧷

㧝㧜㧜㧜㧼 㧯㧣㧡

㧡㧜㨂

㧯㧤㧟

㧝㧜㧜㧜㧼

㧡㧜㨂

㧯㧤㧝

㧞㧡㧜㨂

㧼㧯㧥

㧼㧯㧤

㧼㧯㧣

㧼㧯㧢

㧼㧯㧤㧡㧟㨄

㧼㧯㧤㧡㧟㨄

㧰㧞㧜

㧰㧞㧝

㧾㧤㧝

㧠㧚㧣㨗

㧡㧢㨗

㧾㧤㧞

㧾㧤㧠

㧟㧚㧟㨗

㧞㨃 㧝㨗

㧞㨃 㧝㨗

㧝㨗

㧞㨃

㧾㧤㧡㧭

㧾㧤㧡㧮

㧾㧤㧡㧯

㧾㧤㧢

㧠㧚㧣㨗

㧾㧤㧣 㧡㧢㨗

㧾㧤㧥

㧝㨗

㧞㨃

㧞㨃 㧝㨗

㧝㨗

㧞㨃

㧾㧥㧜㧭

㧾㧥㧜㧮

㧾㧥㧜㧯

㧝㧚㧤㨗

㧾㧤㧟

㧾㧞㧞㧝

㧞㧣㧜

㧜㧚㧝Ǵ

㧯㧠㧣

㧡㧜㨂 㧝Ǵ

㧻㧿㧯㧝

㧯㧥㧤 㧜㧚㧝Ǵ

㧾㧞㧞㧜 㧞㧣㧜

㧯㧠㧢

㧵㧯㧞

㧝 㧞 㧟 㧠 㧡 㧢 㧣 㧤

㧿

㨒㨘㨍㨟㨔 㨣㨞㨕㨠㨑㨞

㨙㨛㨚㨕㨠㨛㨞

㧔㧯㧺㧕

㧟 㧠

㧝㧜㨗

㧾㧢㧢

㧡㨂

㧝㨗

㧾㧢㧤

㧝㨗

㧾㧢㧣

㧾㧢㧥 㧠㧚㧣㨗

㧡㨂

㧠㧚㧣㨗

㧾㧣㧜

㧵㧯㧢

㧱㧱㧼㧾㧻㧹

㧡㨂

㧝㧝

㧯㧢㧟

㧡㧜㨂

㧯㧢㧞 㧜㧚㧝Ǵ

㧝㧜㨗

㧾㧥㧡

㧝㧜㨗

㧾㧥㧟

㧡㨂

㧽㧝㧝

㧝㧟㨂

㧹㧾㨅㧝

㧰㧟㧤

㧾㧥㧞

㧔㨟㨡㨏㨠㨕㨛㨚˴㧕

㧔㨛㨡㨠㨐㨛㨛㨞㧕

㨀㧴㧝

㨀㧴㧞

㨀㧴㧟

㧯㧺㧤㧭

㧯㧺㧤㧯

㧝㧜㨗

㧾㧢㧡

㧝㧛㧠㨃

㧡㨂

㧟㧚㧟㨗

㧟㧚㧟㨗

㧾㧥㧠

㧾㧥㧢

㧮㧯㧺㧝㧟

㧯㧺㧰

㧯㧺㧱

㧯㧺㧲

㧮㧯㧺㧝㧝

㧜㧚㧜㧝Ǵ

㧠㧚㧣㨗

㧝㧛㧠㨃

㧾㧣㧟 㧝㧜㨗

㧷㧾㧯㧞㧠㧡㧹

㧯㧺㧝㧡

㧮㧯㧺㧝㧡

㧡㨂

㧝㧡㨂

㧷㧾㧯㧝㧜㧡㧿

㧽㧣

㧷㧾㧯㧝㧜㧡㧿

㧮㧯㧺㧝㧣











㧝㧟㨂

㧡㨂

㧝㧡㨂

㧯㧺㧝㧣

㧷㧾㧭㧝㧜㧞㧿

㧔㨢㨍㨘㨢㨑˴㧭㧕

㧯㧺㧝㧞㧭

㧔㨢㨍㨘㨢㨑˴㧮㧕

㧯㧺㧝㧞㧮

㧝㧤㨗㧲

㧞㧡㨂

㧞㧡㨂

㧞㧡㨂

㧞㧡㨂

㧞㧡㨂

㧞㧡㨂

㧞㧡㨂

㧞㧡㨂

㧞㧡㨂

㧞㧡㨂

㧞㧡㨂

㧞㧡㨂

㧞㧡㨂

㧞㧡㨂

㧢㧚㧤㨗

㧽㧥

㧷㧾㧯㧝㧜㧡㧿

㧽㧝㧜

㧾㧥㧝

㧝㧜㨗

㧠㧣Ǵ㧲

㧝㧜㨂

㧷㧾㧭㧝㧜㧞㧿

㧝㧡㨂

㧯㧢㧡

㧾㨅㧝

㧯㧺㧥

㧝㧟㨂

㧯㧺㧥㧭

㧲㨁㧿㧱㧢

㧞㧡㧜㨂 㧝㧭

㧲㨁㧿㧱㧡 㧞㧭

㧞㧡㧜㨂

㧝㧹 㧝㧛㧞㨃

㧾㧝㧟㧭㧘㧝㧟㧮㧘㧝㧟㧯㧘㧝㧟㧰㧘㧝㧟㧱㧘㧝㧟㧲㧦

㧷㧵㧰㧢㧡㧜㧜㧠㧭㧼

㧵㧯㧝㧞

㧾㧝㧜㧜㧦㧡㨃˴㧜㧚㧜㧞㧜

㧾㧟㧞

㧾㧟㧟

㧯㧠㧝

㧯㧡㧞

㧯㧡㧝 㧡㧜㨂

㧜㧚㧜㧝Ǵ㧲

㧝㧡㨂

㧢㧤㧜㨜㧲

㧾㧢

㧯㧢

㧾㧣

㧾㧠

㧾㧡

Summary of Contents for AE-X2M14LR

Page 1: ...F CIRCUIT AND OP ERATION 1 BLOCK DIAGARM 2 1 2 FUNCTIONS 2 2 3 ACTIVE FILTER CIRCUIT 2 4 4 EXPLANATION OF IPM DRIVE CIRCUIT 2 6 CHAPTER 3 FUNCTION AND OPERATION OF PRO TECTIVE PROCEDURES 1 PROTECTIVE FUNCTIONS AND OPERA TIONS 3 1 2 TROUBLESHOOTING GUIDE 3 2 CHAPTER 4 REFRIGERATION CYCLE 1 REFRIGERATION SYCLE 4 1 2 REFRIGERANT PIPE INSTALLATION WORKS 4 2 CHAPTER 5 DISASSEMBLING PROCEDURE 1 OUTDOOR ...

Page 2: ...Corrugate Fin and Grooved tube type Control Expansion valve Name of refrigerant R410A Refrigerant volume 1680g Noise level at cooling dB A High Med Low 7FR 37 34 28 45 9FR 39 36 28 12FR 40 37 29 Fan system Drive Direct drive Air flow quantity at cooling m3 min High Med Low 7FR 8 0 7 4 5 4 33 9FR 8 6 7 9 5 6 12FR 10 2 8 6 6 1 Fan Cross flow fan Propeller fan Connections Refrigerant coupling Flare t...

Page 3: ...AEX2M14LR 1 2 2 EXTERNAL DIMENSION 117 320 24 24 52 284 645 621 210 151 940 323 890 290 50 5 570 170 52 179 320 645 527 890 950 60 ...

Page 4: ... 09 OFF 2 6 OFF 2 6 1 4 3 3 3 0 1 5 4 2 660 320 920 07 OFF 2 0 OFF 2 0 1 4 2 7 2 3 1 5 3 2 510 320 700 Operating Status Combination of Indoor Units Heating Capacity kW Running Current A Power Consumption W A B A B RATING Min Max RATING Min Max RATING Min Max 2 Room 12 09 2 5 1 9 4 4 1 9 5 4 6 6 1 7 5 9 950 370 1300 12 07 2 8 1 6 4 4 1 9 5 4 6 6 1 7 5 9 950 370 1300 09 09 2 2 2 2 4 4 1 9 5 4 6 6 1 ...

Page 5: ...DIAGRAMS IPM P W B from ELECTROLYTIC CAPACITOR C10 from ELECTROLYTIC CAPACITOR C10 from COMPRESSOR TERMINAL W ORANGE from COMPRESSOR TERMINAL V WHITE from COMPRESSOR TERMINAL U RED from CONTROL PWB CN14 from CONTROL PWB BCN1 ...

Page 6: ...IPM P W B CN114 from POWER SUPPLY P W B from TERMINAL BOARD POWER SUPPLY N from TERMINAL BOARD POWER SUPPLY L from DC FAN MOTOR from CONTROL BOX from CONTROL P W B BCN15 from ACTIVE FILTER MODULE from TERMINAL BOARD UNIT C 1 from TERMINAL BOARD UNIT C N from CONTROL P W B BCN17 from CONTROL P W B BCN16 RELAY P W B POWER SUPPLY P W B ...

Page 7: ... PWB CN101 from RELAY P W B CN9 from POWER SUPPLY P W B CN16 from POWER SUPPLY P W B CN15 from POWER SUPPLY P W B CN17 from EXPANSION VALVE B from EXPANSION VALVE A from TERMINAL BOARD POWER SUPPLY from TERMINAL BOARD UNIT A N UNIT A B 2 COMP TENP HEAT EXCHANGER TEMP OUT DOOR TEMP SUCTION TEMP DISPLAY P W B CONTROL P W B ...

Page 8: ...㧠㧟㧠㧠㧠㧡㧠㧢㧠㧣㧠㧤㧠㧥㧡㧜 㧡㧞㧡㧟㧡㧠㧡㧡㧡㧢㧡㧣㧡㧤㧡㧥㧢㧜㧢㧝㧢㧞㧢㧟㧢㧠 㧵㧯㧝 㧶㧼㧲 㧜㧚㧝Ǵ㧲 㧡㨂 㧶㧼㧠 㧶㧼㧡 㧡㧜㨂 㧝㧜㧜㧜㨜㧲 㧝㧜㧜㧜㨜㧲 㧡㧜㨂 㧝㧜㧜㧜㨜㧲 㧡㧜㨂 㧡㧜㨂㧝㧜㧜㧜㨜㧲 㧞㧚㧞㨗 㧞㧚㧞㨗 㧝㧜㨗 㧡㨂 㧯㧢㧤 㧜㧚㧜㧝Ǵ 㧝㧢㨂 㨁㧺㧵㨀 㧮 㨁㧺㧵㨀 㧭 㧸㧱㧰㧝 㧿㨃㧝 㧿㨃 㨃㧵㧾㧱 㧯㧴㧱㧯㧷 㧝㧜㨗 㧝㧜㨗 㧝㧜㨗 㧝㧜㨗 㧝㧜㨗 㧶㧼㧞 㧿㨃㧞 㧸㧱㧰㧞 㧯㧠㧟 㧝㧜㧜Ǵ 㧝㧜㨂 㧯㧠㧠 㧜㧚㧝Ǵ 㧡㨂 㧾㧟㧜 㧝㧜㧜㧜㨜㧲 㧡㧜㨂 㧯㧝㧝㧥 㧾㧝㧜㧞 㨆㧰㧝㧜㧝 㧝㧟㧜㨗 㧝㧛㧠㨃 㧝㧛㧠㨃 㧝㧟㧜㨗 㧝 㧞 㧟 㧠 㧾㧝㧜㧝 㧜㧚㧜㧞㧞Ǵ㧲 㧯㧝㧞㧜 㧡㧜㨂 㧾㧝㧜㧜 㧾 㧠 㧞 㧝 㧢 㧝㧤㨂 㧝㧜㧜Ǵ㧲 㧝 㧞 㧟 㧠 㧡 㧢 㧝 㧞 㧟 㧠 㧡 㧢 㧜㧚㧝Ǵ㧲 㧡㨂 㧣㧤㧜㧡 㧝 㧟 㧗 㧙 㧡 㧢 㧤 㧝㧜 㧝...

Page 9: ...t Power transistor module drive circuit Outdoor fan motor drive circuit Power supply circuit Expansion valve A Expansion valve B Expansion valve C CPU oscillator circuit AC overcurrent detection DC overcurrent detection circuit LED Heat exchanger pipe thermistor Compressor thermistor Current transformer Compressor Power transistor module Outdoor fan motor Smoothing circuit Active filter circuit Fi...

Page 10: ...ped until the indoor operation is stopped DC over cur rent is detected by the power module AC over current is detected by CT1 on the outdoor PWB 3 COMPRESSOR PROTECTION CONTROL If the temperature of the compressor exceeds 113 C the compressor is stopped In this case the outdoor fan is not stopped until the tem perature of compressor drops below 99 C In 90 seconds after the compressor is stopped if...

Page 11: ...indoor and outdoor fans stop Defrost ing stops when the temperature of the outdoor heat exchanger goes above approximately 15 C or defrosting time exceeds 10 min utes 2 Defrosting If the compressor operation time is more than 20 minutes in the heating mode and the outdoor air temperature and outdoor heat exchange temperature satisfy the defrosting conditions the defrosting operation is started Whe...

Page 12: ...ilter By adding ON signal to the gate of IGBT from the control IC IGBT turns ON and the collector current Ic flows This current flows from the side of the diode bridge DB to the Choke coil the side of the diode bridge DB through IGBT from the Choke coil L At this time energy is stored in the choke coil L Next when gate signal of IGBT turned OFF IGBT will be turned OFF and the energy stored in L du...

Page 13: ...bnormal voltage detects the abnormal voltage by inputting the output voltage of Active Filter to the 4th pin of comparator IC IC5 at the divided voltage by the resistors R31 R32 and R33 and comparing with reference voltage When the output voltage of Active Filter reaches 450V or higher the 4th pin of IC5 will be higher than the reference voltage at the 5th pin the output of comparator will be reve...

Page 14: ...of the compressor 2 DC over current detection circuit When a current about 24A or higher flows through the shunt resistor R100 on IPM printed circuit board PWB the voltage on this resistor is input to IPM CIN pin 16 Then the gate voltage of the lower phase IGBT LU LV LW inside the IPM turns OFF to cut the over current off At the same time an L output which lasts about 1 8 ms is generated from IPM ...

Page 15: ...tage of motor and current in the coil of motor as shown in the figure below This control is the forced magnetization system indepen dent of the location of rotor detecting the phase differ ence between driving voltage phase and line current phase flowing in motor coil and controls the modulation rate data to get the phase difference at the best effi ciency 5 DC Current Detection Sensor Circuit Con...

Page 16: ...orts When the room is activated turns ON and the com pressor starts Operation OFF 1 time Yes Yes 7 Thermistor open Compressor is stopped if compressor or heat exchanger or outdoor thermistor opens Close the expansion valve of the corre sponding room if some suction thermistor shorts opens When the room turns ON and the compressor starts Operation OFF 1 time Yes Yes 8 AC abnormal cur rent Compresso...

Page 17: ...an is in operation Operation OFF or ON Yes 1 Yes Yes 16 DC compressor rotation error Operation stops if rotation of compressor is abnormal During compres sor operation Automatically restarts after safety time 180 sec 8 times Yes Yes 17 IPM overheat pre vention control IPM high tempera ture error The compressor stops if the temperature of Heat sink exceeds 90 C During compres sor operation Automati...

Page 18: ...ace the outdoor unit IPM PCB assembly 2 Correct the installation tighten the screws Apply silicon grease 3 Replace the outdoor unit fan motor 4 Replace the outdoor unit IPM PCB assembly 5 Replace the compressor Indoor outdoor units in complete shutdown 7 time Outdoor unit AC Current AC overcurrent error 1 Ensure unobstructed air flow from the outdoor unit air outlet 2 Check the outdoor unit fan mo...

Page 19: ...e the outdoor unit control PCB assembly Clock error 1 Check the clock for proper inputt 1 Replace the outdoor unit control PCB assembly Indoor unit in operation Outdoor unit in complete shutdown Indoor unit in operation Outdoor unit in complete shutdown Indoor outdoor units in operation Indoor outdoor units in operation Wires between units Serial open circuit 1 Check the wires between units 2 Chec...

Page 20: ...the same electric potential as the 0 V probe The entire electronic control section of the outdoor unit has a voltage potential difference from the ground When the oscilloscope is setup the 0 V line and the ground voltage ground will be short circuited resulting in an excessive current flow to cause damage to the oscilloscope or indoor electric circuits CAUTION when attaching or removing the board ...

Page 21: ...or Black To measure the resistance first remove the connector as shown at right Signal CN8B Heatsink thermistor TH5 black 25ºC resistance 50k Tester 1 3 Figure 3 Temperature properties of heatsink thermistor Yes Yes Yes No No No Are the timer lamps of the in door units in all rooms flashing Is the compressor of the outdoor unit operating Are the timer lamps of the indoor units in all rooms flashin...

Page 22: ...Is CN6 connected The cycle is abnormal The compressor is abnormal P U N U P V N V P W N W A Is the resistance value of the ther mistor for the com pressor TH1 heat ex changer TH2 or outdoor temper ature TH3 or suc tion TH4 TH6 7 correct Is each of the resist ance values among the terminals of the IPM PWB 0 P U N U P V N V P W N W Is each of the resistance values among the termi nals of the IPM PWB...

Page 23: ... mode Replace the outdoor control PWB or the expansion valve UNIT A or the expansion valve UNIT B Is the resistance value of the winding in the fan motor Abnormal fan motor of indoor unit Replace the indoor fan motor Is the wiring between the units connected by mistake or broken Repair the wiring between the units Replace the indoor control PWB Is the resistance value of the ther mistor for UNIT A...

Page 24: ...3 15 28 24 4 17 21 4 4 Stop valve pressure gas side MPa gauge 1 00 1 13 2 35 1 72 Frequency Hz 60 35 70 30 AY XPM12FR 1 unit 1 80 67 77 54 2 38 37 2 3 3 10 13 39 28 4 12 18 3 5 Stop valve pressure gas side MPa gauge 0 78 1 01 3 20 2 25 Frequency Hz 65 35 70 35 Heat exchanger Heat exchanger Heat exchanger UNIT B UNIT A STOP valve Liquid Compressor 4 way valve Accumulator STOP valve Gas Expansion va...

Page 25: ...core pusher 4 Open the gauge manifold valve and operate the vacuum pump for 10 15 minutes Make sure the compound gauge reads 0 1MPa 76cmHg 5 Close the gauge manifold valve 6 Turn off the vacuum pump 7 Fully open the stop valve liquid side with hexagon socket screw key Turn all the way up to contact AY XPM9FR 1 unit 1 73 63 77 48 2 37 37 2 4 3 10 14 38 28 4 14 20 4 5 Stop valve pressure gas side MP...

Page 26: ...ng check may not be performed when the outdoor temperature is below 5 C 1 Complete the unit to unit wiring piping and perform the air remov ing of the pipes Turn the electrical circuit breaker ON Before turn ing the circuit breaker ON make sure no one is working on the indoor units installation Electrical shock or injury may occur 2 Check that all LED LED1 2 on the display board unit are flashing ...

Page 27: ...hall be available and in the case of open flames or arcs fire extinguishing apparatus shall be ready to hand Welding and brazing shall be carried out by qualified workmen 1 OUTDOOR UNIT CAUTION DISCONNECT THE UNIT FROM POWER SUPPLY BEFORE ANY SERVICING 1 PROCEDURE 1 Remove the 2 screws fixing the pipe cover then remove it 2 Remove the 3 screws fixing the control box cover then remove it 3 Remove t...

Page 28: ...r when reinstalling 9 Remove the 13 screws fixing the rear cabinet then remove it 1 screw is at the left 5 screws are at the right 7 screws are at the rear 10 Unfasten the nut fixing the propeller fan then remove it Remove the 5 screws fixing the control box then remove it 1 screw is at the right 4 screws are at the front NOTE How to disassemble of control box assembly is shown in step 15 25 11 Re...

Page 29: ...valves How to disassemble the control box assembly 16 Cut the 3 wire fixing bands Disconnect the 7 connectors CN6 CN15 CN9A CN16 CN17 CN5 CN101 IPM Lift up the Control Board Unit PWB and remove it 17 Disconnect the 2 terminals Blue and Brown And Remove the 3 screws fixing the terminal board angle assembly then turn it inside out TH8 BROWN Just on the tilted pipe Just on the horizontal pipe Just on...

Page 30: ...t PWB 20 Disconnect 2 connectors CN1 CN9 Then lift up the relay board unit PWB and remove it 21 Remove the 2 screws fixing the heat sink cover then remove it 22 Cut a wire fixing board 23 Remove the each of 4 screws fixing the heat sink NOTE Confirm two kinds of spacer put in 4 holes have clung Seal the 4 burring holes with silicone sealer before reinstalling ...

Page 31: ...hermistors and expansion valves Mounting position of thermistors and expansion valves are shown below Thermistor Check the cord color of thermistor before mounting Thermistor Suction Suction A Suction B Suction C are mounted on GAS side pipes Thermistor Heat exchanger is mounted on LIQUID side pipe Expansion valve Check the labels before connecting to the Control Board Unit CAUTION Mismounting and...

Page 32: ...AEX2M14LR 5 6 MEMO ...

Page 33: ... after sales service only The contents are subject to change without notice AEX2M14LR PartsGuide 1 OUTDOOR UNIT 2 CONTROL BOARD UNIT PARTS 3 IPM30A BOARD PARTS 4 PACKING PARTS INDEX MULITI SPLIT TYPE ROOM AIR CONDITIONERS OUTDOOR UNIT AE X2M14LR MODEL In the interests of user safety Required by safety regulations in some countries the set should be restored to its original condition and only parts...

Page 34: ... 43 3 15 1 10 1 47 1 48 6 6 2 13 2 14 1 12 1 49 2 67 6 5 6 5 6 5 1 30 1 3 4 4 4 6 4 3 1 42 6 4 1 31 1 73 1 34 1 32 1 50 1 26 3 11 2 67 1 14 6 1 3 1 3 19 1 54 1 21 1 22 2 66 1 24 1 23 6 13 1 1 3 7 3 20 3 21 3 18 6 8 3 17 3 14 1 15 3 8 3 16 2 80 1 16 1 13 1 16 1 27 1 4 1 55 6 4 6 13 6 3 6 3 6 5 1 59 1 28 3 6 3 5 1 19 1 68 1 20 1 57 1 58 3 4 3 2 3 3 3 9 3 9 3 10 3 12 3 13 3 10 1 60 1 66 1 46 6 5 1 77...

Page 35: ...C261JBEZ AC Seal B 1 39 PSEL C262JBEZ AC Seal C 1 40 PSEL C277JBEZ AG Cover insulator 1 41 PSEL C282JBEZ AD Cushion 1 42 PSEL C343JBEZ AE Bulkhead insulator A 1 43 PSEL C353JBEZ AP Insulator 1 44 PSEL C354JBEZ AE Insulator 1 45 PSEL C369JBEZ AC Accum cushion 1 46 PSEL C370JBEZ AC Insulator 1 47 PSEL C371JBEZ AC Seal 1 48 PSEL C372JBEZ AC Seal 1 49 PSEL C373JBEZ AC Seal 1 50 PSKR A353JBWZ AZ Bulkhe...

Page 36: ... unit 3S 3 3 DVLV A953JBKZ AU Flare union unit 3S 3 4 DVLV A954JBKZ AU Flare union unit 2S 3 5 DVLV A668JBKZ AZ 3way valve unit 3 6 DVLV A669JBKZ AW 3way valve unit 3 7 GLEG A029JBE0 AE Comp cushion rubber 3 8 LBSHCA005JBE0 AA Terminal bushing 3 9 LX NZA250JBEZ AE Flare nut 3 10 LX NZA251JBEZ AG Flare nut 3 11 PACU A052JBEZ BH N Accumulator 3 12 PCAP A083JBEZ AC Nut bonnet 3 13 PCAP A084JBEZ AC Nu...

Page 37: ...t IC7 IC8 VHIMM1431A 1 AD Integrated circuit IC8 IC9 VHINJM2904M 1R AD Integrated circuit IC9 NR1 NR3 RH VXA002JBZZ AF Varistor NR1 NR3 PC1 VHGPC81716P 1L AD Photo coupler PC1 Q11 VSKRC245M 3 AC Transistor Q11 Q13 15 VS2SA1020Y 1 AH Transistor Q13 15 RY1 RRLYDA008JBZZ AH Relay RY1 SA1 QSPGCA006JBZZ AH Surge absorb SA1 SW1 3 QSW PA016DRE0 AB Tact switch SW1 2 3 TR1 RTRNWA034JBZZ AG Transformer TR1 ...

Page 38: ...5JBEZ 1 1 21 AM PGUM A119JBEZ 1 1 22 AG PGUM A120JBEZ 1 1 23 AG PGUM A121JBEZ 1 1 24 AE PGUMS0170JBE0 1 1 26 AE PGUMSA319JBEZ 1 1 27 AF PMUF A091JBEZ 1 3 17 AZ PRDAFA163JBEZ 1 1 25 AP PRDAFA215JBEZ 1 2 13 BE PRDAFA216JBEZ 1 2 14 BC PSEL B954JBEZ 1 1 30 AF PSEL B956JBEZ 1 1 31 AF PSEL B966JBEZ 1 1 32 AC PSEL C011JBEZ 1 1 34 AC PSEL C017JBEZ 1 1 35 AC PSEL C019JBEZ 1 1 36 AD PSEL C037JBEZ 1 2 15 AE ...

Page 39: ...62 AN TLABCC545JBRZ 1 1 64 AH TLAB D243JBRZ 1 2 85 AM TLAB D246JBRZ 1 2 84 AF TLAB E544JBRZ 1 1 61 AM TLAB E787JBEZ 1 1 77 AK TLABMA819JBRA 1 1 63 N TSPC G699JBRZ 1 1 65 AK N V VHD1SR139 6 1 2 D2 4 AB 2 D19 21 AB VHD1SR35 4A 1 2 D26 37 AC VHD1SS133 1 2 D1 D38 AA VHDD25VB 1 3 VHDD25VB60 1 1 2 65 AN VHDRK36LF011B 2 D14 AD VHGPC81716P 1L 2 PC1 AD VHGPC817XP3 1L 2 PC4 6 8 AD VHGPC853HXP 1R 2 PC5 7 9 A...

Page 40: ...ut prior written permission of the publisher COPYRIGHT XXXX BYSHARP CORPORATION ALL RIGHTS RESERVED COPYRIGHT 2009 BY SHARP CORPORATION ALL RIGHTS RESERVED No part of this publication may be reproduced stored in retrieval systems or transmitted in any form or by any means electronic mechanical photocopying re cording or other wise without prior written permission of the publisher ...

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