12...
Remark s :
(1) W hen HP st op r un ni ng in 30 se co nd s ,w at er p ump wil l sh ut o ff auto ma ti ca ll y .
(2) L ED wire c ontro ller ca n opera te the wa ter pum p after c onnec ted add ition al cable to
the p ump dev ice in th e posit ion of “P UMP” te rmina l accur ately .
(3) I t is nece ssary t o pu t an e xt ra 3 -p hase tr an sf er d ev ic e for 3 pha se w at er p um p
Parameter
Mea ning
Range
Def ault
Rem arks
0
To set th e enter ing wat er temp .
und er cool ing mod e
8-35℃
28℃
Adj ustab le
1
To set th e enter ing wat er temp .
und er heat ing mod e
15-35℃ 2 8℃
Adj ustab le
Ent ry into d efros ting ti me peri od
2
30-90MIN
40M IN
Adj ustab le
3
4
5
6
7
8
9
A
b
C
d
E
F
G
H
Terms o f Entry d efros ting fu nctio n
-30 to 0℃ ℃
-7℃
Adj ustab le
Terms o f Exit de frost ing fun ction
2 to 30℃ 1 3℃
Adj ustab le
Tim e of Ex it defr ostin g
1 to 12MIN
8MI N
Adj ustab le
Mod e : 0 Cool 1 He at and Co ol
2 Hea t and coo l + auxil iary el ec.
hea ting 3 He at
0-3
3
Adj ustab le
Mod e selec tion of E lectr onic
exp ansio n valve
0-1
1 (au to)
Adj ustab le
Sup erhea t for hea ting ta rget
-15℃-15℃
3℃
Adj ustab le
Sup erhea t for coo ling ta rget
-15℃-15℃ 10℃
Adj ustab le
Man ual ad jus tme nt st eps of
ele ctr oni c expa nsi on va lve
18-94
70
Adj ustab le
Inl et wate r tempe ratur e
-9-99℃
Exact testing
by value
Out let wat er temp eratu re
-9-99℃
Con dense r tempe ratur e
und er heat ing mod e
Gas r eturn t emper ature
Amb ient te mpera ture
Con dense r tempe ratur e
und er mod eCoo ling
Act ual ste ps of ele ctron ic
exp ansio n valve
N*5
-9-99℃
-9-99℃
-9-99℃
-9-99℃
Exact testing
by value
Exact testing
by value
Exact testing
by value
Exact testing
by value
Exact testing
by value
Exact testing
by value
ATTEN TION:
HP ru nn in g pa ramet er s mu st b e ch ec ked aft er i ns ta ll at ion a nd befo re firs t used.
Whe n HP is run ni ng , LE D displ ay s wa te r in le t tempe ra tu re
Whe n HP is sto pp in g, L ED wire c on tr ol le r di splay s th e ac tu al t im e.
Whe n HP runn in g, t he r unnin g mo de ( c oo li ng o r heati ng ) an d wa te r te mp co uld be
cha nged. O ther pa ramet ers onl y chang eable w hen HP st op pi ng .
!
5.4 RUNN IN G DATA SETTIN G
6. Maintenance
(1) Yo u sh ould ch ec k th e wa te r su ppl y syste m re gu la rl y to a void th e ai r en te ri ng
the s ystem a nd occu rrenc e of low wa ter flo w, becau se it wou ld redu ce the
per forma nce and r eliab ility o f HP unit .
(2) C lean yo ur pool s and fil trati on syst em regu larly t o avoid t he dama ge of the u ni t
as a re sult of t he d ir ty o f cl og ged fil te r.
(3) K eep th e H P u ni t d ry, cl ea n, w el l- venti la te d a nd alway s c le an si de o f t he h ea t
exc hange r which c an main tain a good h ea t ex ch an ge a nd en er gy s av in g.
(4) O nly a qua lifie d servi ce tech nicia n is allo wed to op erate p ressu re of the
ref riger ation s ystem .
(5) C heck po wer cab le conn ectio n, if hea t pump st art to op er at e ab no rm ally, yo u
sho uld tur n it off an d co nt ac t with qu al if ie d te ch nicia ns .
(6) Yo u sh ould di sc ha rg e th e wa ter f rom wat er pump a nd othe r water s ystem , to
pre vent fr om the fr ee zi ng d am ag e in wint er s ea so ns .
(7) Yo u sh ould di sc ha rg e th e wa ter fro m bo tt om o f wa ter pum p if H P un it w il l st op
run ning fo r a long ti me. In an ot he r wa y, you sho ul d ch ec k th e un its t ho ro ug hl y
and f ill the s ystem w ith wat er f ul ly b ef or e the uni t st ar t to r un a ga in.
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