SUCTION GUARDS
The suction guard(s) in the footwell of your spa is an
opening through which the jet pump(s) draws water. The
suction fittings have an integrated vacuum release built into
them. In the event that a suction fitting gets blocked, air will
be induced causing the pump to cavitate and the water
flow interrupted. Once the blockage is removed, normal
operation will resume. Suction fittings are equipped with
a safety guard. Suction through the fittings can be strong.
The safety guard(s) must remain in place and undamaged.
A fitting with a damaged guard(s) can be dangerous, espe-
cially to small children or people with long hair. Should any
part of the body become drawn to a fitting, turn the jet pump(s) off immedi-
ately. Long hair should be restrained. Never allow long hair to float freely in the
spa. Replace any missing or damaged suction guard(s).
NOTE:
It is normal for the flow rates of the suction fittings to vary from
strong to barely noticeable.
ELECTRICAL REQUIREMENTS
It is the responsibility of the spa owner to ensure that all electrical connections
are made by a qualified electrician in accordance with all national, state, and
local electrical codes in effect at the time of installation. Fuses are covered to
be free of defect at time of installation only.
NOTE:
Vector21 hot tubs have different components. Please see the proper
wiring in this manual.
240 Volt
All connections must be made in accordance with the wiring diagram found
on the inside of the control box cover. Connections must be made with
copper conductors only –
do NOT use aluminum wire.
All conductors, circuit
breakers, and fuses and the GFCI must be sized in accordance to the total
amperage load as specified below.
Improperly wired spas can cause irreversible damage resulting in blown fuse
and melted terminal block, and to other electrical components. Also, dam-
age caused to components or equipment caused by high or low voltage,
brown outs or electric surges are not covered under warranty.
Safety guard of
suction fitting must
remain in place.
INSTALLATION INSTRUCTIONS
TP (MAIN) PANELS
J34 OR J35
01-12-18
PART A
F4 3A SLO-BLOW
J25 J31
J26 J30
115V 115V
230V
F3 0.3A SLO-BLOW
J25=HTR1
J26=HTR2
J27=HTR3
J30=TEST
J31=CE
HTR
SEL
F7 10A 250VAC
F2 10A 250VAC
J44
3
TB1
J15
ON
10
S1
K5
K1
K3
T1
K2
K4
K8
LIGHT
GND
J33
J21
J32
J9
1
2
3
4
2
K6
4
3
2
1
J45
J110
J79
J54
J72
J42
J3
J37
J4
J1
J61
J47
J77 J75
J78
J36
J60
J46
J38
J39
J111
J53
J58
J11
J41
J48
J6
J7
J49
J19
J50
J13
J12
J88
J62
F6 30A
F8 30A
J56
J57
J55
J59
J51
J52
J98
J10
J81
J20
J18
J43
NOT USED
OZONE
A/V HOT
PUMP 1
J14
PUMP 2
K9
J5
AUX
J8
AUX
J40
REMOTE
J35
MAIN
J34
MAIN
J109
J27
J91
J22
J23
SERIAL
J29
VAC
J28
AUX
FRZ
J17
J16
24082_D
J101
J108
J24
J107
K12
K7
HTR
DISBL
AUX*
J5 (A1-A4)
OR
J8 (A5-A8)
GRN
WHT
RED
BLK
MQBP20UX – PN 56935
SENSOR B
SENSOR A
4.0 kW HEATER
LOCATION DEVICE
VOLTS
AMPS FROM
TO
FROM
TO
J1 ON RT 2 SPD
240V
12A
W1 ON
GROUP 2 J6 ON
GROUP 3
EXPANDER PUMP 3
MAX
EXPANDER J1
EXPANDER J53
SETUP 3 ONLY
J1
W1
J7
RIGHT
EXPANDER
BOARD
J6
EXPANDER
X-P332
F1 30A
SETUPS 4, 5, 9 & 10 ONLY
PUMP 3/MS
LOCATION DEVICE
VOLTS
AMPS FROM
TO
FROM
TO
J1 ON RT 1 SPD
240V
12A
W1 ON
GROUP 2 J6 ON
GROUP 3
EXPANDER
MICROSILK®
MAX
EXPANDER J1
EXPANDER J53
MICROSILK IS A REGISTERED TRADEMARK
OF JASON INTERNATIONAL
WiFi
Transceiver
J34 OR J35
IR Receiver
OR
RF Receiver
* AUX BUTTON FOR MICROSILK®
IS A3 PLUGGED INTO J5.
OPTIONAL
EXPANDER
BOARD #55137, ONLY
USED IN SETUPS 3.
4, 5, 9 & 10.
PART A
PASSED
DIELECTRIC
GROUND CONTINUITY
(FOR CORD-CONNECTED SPAS ONLY)
TESTED BY
DATE
11
Summary of Contents for V65L
Page 16: ...THE V65L ZONES ZONE 1A N N N ZONE 1B N N N N N N ZONE 1C 16...
Page 18: ...THE V77L 1 PUMP ZONES ZONE 1A N N N ZONE 1B N N N N N N ZONE 1C 18...
Page 19: ...THE V77L 2 PUMP ZONES ZONE 1A N N N ZONE 1B N N N N N N ZONE 2 19...
Page 21: ...THE V84 1 PUMP ZONES ZONE 1A ZONE 1B ZONE 1C 21...
Page 22: ...THE V84 2 PUMP ZONES ZONE 2A ZONE 2B 22...
Page 24: ...THE V84L 1 PUMP ZONES ZONE 1A ZONE 1B THE V84L 2 PUMP ZONES ZONE 2A ZONE 2B 24...
