Panasonic FBK12T12MZB Locked rotor protection circuits automatically restarts in a few seconds reverse voltage protection Datasheet

FBA09A (92 X 25.5L)
EMINEBEA.COM
Allowable Ambient Temperature Range:
Failure Rate: 10%
-10°C ~ +70°C (65%RH) (Operating)
-40°C ~ +75°C (65%RH) (Storage)
(non-condensing environment)
50,000 Hours (40°C, 65%RH)
inch
Units: (mm)
˜ÊÓ" (Pa)
outlet
60
°£x
40
Ps
°äÇ
20
NAME
PLATE
LR99935
3000
12V(24V)-H
2000
1000
N
12V(24V)-M
12V(24V)-L
- Pin
+ Pin
FLOW
3.25
(82.5)
3.62
(92)
(min - 1 )
Normal Speed
inlet
°ÓÎ
Static Pressure
1.00
.157 (25.5) .157
(4)
(4)
ROTATION
3.25
(82.5)
3.62
(92)
.177
8 – (f4.5)
(m3/min)
0
Housing with solid corner type are available.
1
2
3
­ ®
xä
£ää
Air Flow
.185
4 – (f4.7)
3.25
(82.5)
3.54
(90)
3.25
(82.5)
3.54
(90)
INLET SIDE
OUTLET SIDE
Rated
Operating
Voltage
Voltage
(V)
(V)
FBA09A 12L
12
7.0 ~ 13.8
FBA09A 12M
12
7.0 ~ 13.8
FBA09A 12H
12
7.0 ~ 13.8
FBA09A 24L
24
FBA09A 24M
24
FBA09A 24H
24
MODEL
Rotation: Clockwise
Bearing: Hydro Wave Bearing
4
(f1 .09
04
)
3.54
(90)
3.25
(82.5)
3
(f1 .94
00
)
3.54
(90)
3.25
(82.5)
.185
4 – (f4.7)
Current
Power
Rated
Speed
(W)*1
(min-1)*1
110
1.32
2200
42.7
1.21
.10
150
1.80
2450
48.0
1.36
.11
255
2.70
2950
56.8
1.61
.16
42.1
14.0 ~ 27.6
80
1.92
2200
42.7
1.21
.10
14.0 ~ 27.6
110
2.64
2450
48.0
1.36
.11
14.0 ~ 27.6
140
3.36
2900
56.8
1.61
.16
42.1
(A)*1
Input
Airflow Outlet: Air Out Over Struts
Max.
Air
Flow
Max. Static
Noise
Mass
(dB)*1
(g)
25.5
27.0
110
29.4
30.0
110
35.0
110
25.5
27.0
110
29.4
30.0
110
35.0
110
Pressure
CFM*1 (m3/min)*1 in H2O
(Pa)*1
*1: Average Values in Free Air
FEATURES
Specifications of Various Sensors
In Panaflo FBA series models,
LOCKED ROTOR ALARM SIGNAL
a locked rotor alarm sensor is
Signal given when
fan is running
Signal given when
fan is locked up
Available
Models
Part Number
Suffix
available in all models.
VH
VH
Axial models
1BS
For Blowers and Crossflo fans,
FBK04F
S
FAL
S
FCB
S
Panasonic
VL
V goes VL to VH
VL
a locked sensor can be provided
as an option.
2 PULSE PER REVOLUTION SIGNAL
Signal given when
fan is running
A pulse sensor that transmits
Signal given when
fan is locked up
A
VH
VL
1 Revolution
2PPR
Part Number
Suffix
Axial models
except:
FBK04F
FBA06T
FBA08T
FCB
FAL
1BX
B
Lock
VL
Available
Models
If fan locks on VH, signal
stays locked. If fan locks
on VL, signal stays at VL
for a few hundred MS,
then moves to VH.
(A:B ˜1:5; A ≥ 100MS)
signals when the motor rotates
is also available as an option.
The 2 pulse per revolution
sensor output is available in all
FBA Series models except the
15 mm “T” versions.
Panaflo Built-in Connector System
Lead Wire Connectors:
Style: MASS TERMINATION (standard)
AMP P/N 173977-3
CRIMP TYPE (this style is a 2 piece assembly)
AMP P/N 175778-3 (housing)
AMP P/N 175102-1 (terminal)
Notes:
•Connector style effects lead wire guage.
Please refer to fan specs for further details.
• All axial fans except the FBA06T, FBA08T and FBKO4F
versions come standard with the mass termination
connector. The FBA06T, FBA08T and FBKO4F fan leads are
connected directly to the PC board in the fan assembly.
• All FCB Crossflo models and FAL Blower fan leads are
soldered directly to the PC board in the fan assembly.
2
High Reliability with HWB (Hydro Wave Bearing)
Radial Direction
Axial Direction
shaft
thrust plate
bearing
(b) HWB
Figure 1: Pressure distribution in each load direction.
washer
HWB
thrust plate
stop ring
shaft
Figure 1: Construction of HWB
Panaflo’s unique hydrowave bearing (HWB) addresses the traditional weakness of sleeve bearings…axial friction. By utilizing our unique HWB system, the thrust plate “floats” on a circulating film of oil, which greatly
reduces the axial friction and the bearing’s deterioration. The HWB pattern on the bearing virtually eliminates
thrust plate contact which is depicted above.
As the shaft rotates it acts as a pump constantly circulating the oil in the radial, as well as the axial direction.
The sealed system and reservoirs of oil maintain the proper lubrication to minimize mechanical contact and
prolong the fan’s life expectancy. The radial direction analysis shown above is essentially the same as a traditional sleeve bearing. Panasonic’s unique HWB reduces the axial contact.
3
COMMON SPECIFICATIONS
Protection
• Locked rotor protection circuits
• Automatically restarts in a few seconds
• Reverse voltage protection
Insulation Resistance
Panasonic
• 10M Ω minimum at 500v DC (frame to leads)
Dielectric Strength
• 500v AC (50/60Hz) for 1 minute (frame to leads)
Plastic Rating
• All Panaflo fans are manufactured with a UL94V-0 plastic (flammability)
Insulation Class
Noise Data
• JIS Class E (120° C)
• VDE Class E (90° C)
• UL Class A (105° C)
Microphone
• CSA Class A (105° C)
Noise Data
The noise data is measured at 1 meter from the air intake side of the fan
Microphone
suspended in a semi-anechoic chamber (background noise 13dB-A max.).
Construction with and without Solid Corner Housing
Microphone
* Distance 1m.
Panaflo fans are available in two different versions for mounting: with solid corner
housing and without. Specific mounting methods and applications require the use
of solid corners. Select the appropriate housing for your application. Some models may be available only with solid corner housing. For details, please refer to the
corresponding page for each model.
With Solid Corner
4
Without Solid Corner
PANAFLO FAN PRODUCT DESIGNATION CODE
Panaflo Fan
F B A O 8 A 1 2 H 1 A S
Housing Size
Rated Voltage
04: 40 x 40mm
06: 60 x 60mm
08: 80 x 80mm
09: 92 x 92mm
12: 120 x 120mm
12: 12 VDC
24: 24 VDC
05: 5 VDC
Motor Type
FB: Panaflo
(DC Axial-flow fan)
Option
1: With leads
: No leads
S: Locked rotor alarm sensor
Z: Solid corner housing
X: 2 PPR speed sensor (TAC Output)
O: S + Z
1: Hub mounted thermal sensor
(variable)
Speed
L: Low
M: Middle
H: High
U: Ultra High
V: Variable (Option)
Bearing Type
A: HWB (Hydro Wave)
K: Ball Bearing (40mm Only)
Terminal (FBA Only)
Housing Thickness
A: 25.5mm
T: 15mm (Thin)
G: 38mm
F: 20mm
Lead Wire (FBA Only)
A: Standard 2 leads (GND, PWR)
B: Standard 3 leads (GND, PWR, Signal)
C: 3rd lead thermal sensor (variable)
Crossflo Fan
F C B 3 4 A D 2 4 S
Fan Outside Diameter
Rated Voltage
34: Ø34 mm
Fan Motor Length
Motor Type
12: 12 VDC
24: 24 VDC
AA: 134.50mm
AB: 173.50mm
AC: 212.50mm
AD: 251.50mm
AE: 290.50mm
AF: 329.50mm
FCB: Brushless Crossflo Fan
Option
S: Locked rotor alarm sensor
Blowers
F A L 6 F 1 2 L H S
Model Change
Blower Size
Motor Type
FAL: Brushless Fan
3—50 x 50mm (Ball Bearing)
5—76 x 76mm (Hydro Wave)
6—109 x 114mm (Hydro Wave)
Rated Voltage
Option
05: 5 VDC
12: 12 VDC
24: 24 VDC
S: Locked rotor alarm sensor
Speed
LL: Low Speed
LH: High Speed
5
Type
and Size
FBK04F
FBK04F05L
40mm
Rated
Voltage
(V)
Operating
Voltage
(V)
Rated
Current
(mA)
Rated
Input
(W)
Nominal
Speed
(r/min)
5
4.5—6.0
120
0.60
4700
Maximum
Air Flow
Maximum
Air Pressure
(m3/min) (CFM)
(mmh20) (Pa)
0.11
3.9
2.50
24.5
Noise
(dB-A)
Safety
Standard
UL CSA
24.0
•
Locked
Rotor
Alarm
Sensor
•
FBK04F05H
5
4.5—6.0
280
1.40
7500
0.19
6.7
6.60
64.7
33.0
•
•
DC axial fans FBK04F12L
12
7.0—13.8
75
0.90
4700
0.11
3.9
2.50
24.5
23.0
•
•
FBK04F12H
12
7.0—13.8
150
1.80
7500
0.19
6.7
6.60
64.7
32.0
•
•
FBK04F12U
12
7.0—13.8
170
2.04
9500
0.26
9.2
12.00 117.7
42.0
•
•
FBK04F24H
24
14.0—27.6
92
2.21
7500
0.19
6.7
6.60
64.7
33.0
•
•
FBK04F24U
24
14.0—27.6
100
2.40
9500
0.26
9.2
12.00 117.7
42.0
•
FBA06A
FBA06A12L1A
12
7.0—13.8
110
1.32
3200
0.40
14.1
3.10
30.4
24.0
•
•
•
60mm
FBA06A12M1A
12
7.0—13.8
130
1.56
3700
0.47
16.6
3.95
38.7
28.0
•
•
•
DC axial fans FBA06A12H1A
12
7.0—13.8
170
2.04
4200
0.54
19.1
5.20
51.0
32.0
•
•
•
FBA06A12U1A
12
7.0—13.8
210
2.52
4550
0.58
20.5
6.0
58.0
37.0
•
•
•
FBA06A24L1A
24
14.0—27.6
70
1.68
3200
0.40
14.1
3.10
30.4
24.0
•
•
•
FBA06A24M1A
24
14.0—27.6
90
2.16
3700
0.47
16.6
3.95
38.7
28.0
•
•
•
FBA06A24H1A
24
14.0—27.6
105
2.52
4200
0.54
19.1
5.20
51.0
32.0
•
•
•
FBA06T
FBA06T12L
12
7.0—13.8
88
1.06
3200
0.34
12.0
2.80
27.5
24.0
•
•
•
60mm
FBA06T12H
12
7.0—13.8
145
1.74
4200
0.47
16.6
4.75
46.6
32.0
•
•
•
Thin
FBA06T24L
24
14—27.6
56
1.34
3200
0.34
12.0
2.80
27.5
24.0
•
•
•
Panasonic
DC AXIAL FANS
28
Model
•
FBA06T24H
24
14—27.6
83
1.99
4200
0.47
16.6
4.75
46.6
32.0
•
•
•
FBA08A
FBA08A12L1A
12
7.0—13.8
68
0.82
1900
0.68
24.0
1.57
15.4
21.0
•
•
•
80mm
FBA08A12M1A
12
7.0—13.8
124
1.49
2450
0.91
32.1
2.51
24.6
28.0
•
•
•
DC axial fans FBA08A12H1A
12
7.0—13.8
173
2.08
2950
1.12
39.6
3.78
37.1
32.0
•
•
•
FBA08A12U1A
12
7.0—13.8
270
3.24
3450
1.33
46.9
4.80
47.0
38.2
•
•
•
FBA08A24L1A
24
14—27.6
54
1.30
1900
0.68
24.0
1.57
15.4
21.0
•
•
•
FBA08A24M1A
24
14—27.6
71
1.70
2450
0.91
32.1
2.51
24.6
28.0
•
•
•
FBA08A24H1A
24
14—27.6
105
2.52
2950
1.12
39.6
3.78
37.1
32.0
•
•
•
FBA08T
FBA08T12L
12
7.0—13.8
79
0.95
2000
0.62
21.9
1.55
15.2
23.0
•
•
•
80mm
FBA08T12H
12
7.0—13.8
200
2.40
3100
0.95
33.5
3.20
31.4
34.0
•
•
•
Thin
FBA08T24L
24
14—27.6
47
1.13
2000
0.62
21.9
1.55
15.2
23.0
•
•
•
FBA08T24H
24
14—27.6
110
2.64
3100
0.95
33.5
3.20
31.4
34.0
•
•
•
FBA09A
FBA09A12L1A
12
7.0—13.8
110
1.32
2100
1.21
42.7
2.30
22.6
27.0
•
•
•
90mm
FBA09A12M1A
12
7.0—13.8
150
1.80
2450
1.36
48.0
3.00
29.4
30.0
•
•
•
DC axial fans FBA09A12H1A
12
7.0—13.8
225
2.70
2850
1.61
56.8
3.98
39.0
35.0
•
•
•
FBA09A12U1A
12
7.0—13.8
430
5.16
3450
1.95
68.8
5.0
49.0
43.0
•
•
•
FBA09A24L1A
24
14—27.6
80
1.92
2100
1.21
42.7
2.30
22.6
27.0
•
•
•
FBA09A24M1A
24
14—27.6
110
2.64
2450
1.36
48.0
3.00
29.4
30.0
•
•
•
FBA09A24H1A
24
14—27.6
140
3.36
2850
1.61
56.8
3.98
39.0
35.0
•
•
•
FBA12G
FBA12G12L1A
12
7.0—13.8
180
2.16
1700
1.95
68.9
3.30
32.4
30.0
•
•
•
120mm
FBA12G12M1A
12
7.0—13.8
340
4.08
2100
2.45
86.5
4.80
47.1
35.5
•
•
•
DC axial fans FBA12G12H1A
12
7.0—13.8
460
5.52
2500
2.94
103.8
6.80
66.7
41.5
•
•
•
FBA12G12U1A
12
7.0—13.8
510
6.12
2750
3.25
114.7
8.0
38.0
45.5
•
•
•
FBA12G24L1A
24
14—27.6
110
2.64
1700
1.95
68.9
3.30
32.4
30.0
•
•
•
FBA12G24M1A
24
14—27.6
160
3.84
2100
2.45
86.5
4.80
47.1
35.5
•
•
•
FBA12G24H1A
24
14—27.6
230
5.52
2500
2.94
103.8
6.80
66.7
41.5
•
•
•
Type
and Size
FCB34
Model
FCB34AA12
Rated
Voltage
(V)
Operating
Voltage
(V)
Rated
Current
(mA)
Rated
Input
(W)
Nominal
Speed
(r/min)
12
10.2—13.8
165
1.98
2800
Maximum
Air Flow
Maximum
Air Pressure
(m3/min) (CFM)
(mmh20) (Pa)
0.32
11.3
1.30
12.7
Noise
(dB-A)
Safety
Standard
UL CSA
38.0
Locked
Rotor
Alarm
Sensor
•
12
10.2—13.8
340
4.08
3300
0.61
21.5
3.00
29.4
42.0
•
FCB34AC12
12
10.2—13.8
375
4.50
3100
0.80
28.2
2.00
19.6
42.0
•
FCB34AD12
12
10.2—13.8
415
4.98
3000
0.96
33.9
1.90
18.6
42.0
•
FCB34AE12
12
10.2—13.8
430
5.16
2900
1.14
40.3
1.90
18.6
42.0
•
FCB34AF12
12
10.2—13.8
440
5.28
2800
1.22
43.1
1.85
18.1
42.0
•
FCB34AA24
24
20.4—27.6
110
2.64
2800
0.33
11.7
1.50
14.7
39.0
•
FCB34AB24
24
20.4—27.6
165
3.96
3300
0.64
22.6
2.40
23.5
42.0
•
FCB34AC24
24
20.4—27.6
200
4.80
3100
0.80
28.2
2.00
19.6
42.0
•
FCB34AD24
24
20.4—27.6
210
5.04
3000
0.95
33.5
2.00
19.6
42.0
•
FCB34AE24
24
20.4—27.6
230
5.52
2900
1.10
38.8
2.10
20.6
42.0
•
CROSSFLO
Crossflo Fans FCB34AB12
FCB34AF24
24
20.4—27.6
250
6.00
2800
1.15
40.6
2.20
21.6
42.0
•
•
•
FAL3F
FAL3F05LH
5
4.5—6.0
205
1.64
4400
0.112
3.95
8.1
79.4
28.5
•
•
•
Blowers
FAL3F05LL
5
4.5—6.0
380
1.90
5400
0.140
4.94
15.4
151
36.0
•
•
•
FAL3F12LL
24
7.0—13.8
111
1.33
4400
0.112
3.95
8.4
79.4
28.5
•
•
•
FAL3F12LH
12
7.0—13.8
185
2.22
5200
0.138
4.87
15.0
151
35.0
•
•
•
FAL3F24LH
24
14.0—27.6
105
2.52
5200
0.138
4.87
15.0
151
35.0
•
•
•
BLOWERS
FAL5F
FAL6F
FAL5F12LH
12
7.0—13.8
200
2.40
2900
0.30
10.6
10.00 98.07
36.0
•
•
•
FAL5F24LH
24
14—27.6
100
2.40
2900
0.30
10.6
9.70
95.12
36.0
•
•
•
FAL5F12LL
12
7.0—13.8
140
1.68
2400
0.25
8.83
6.20
60.8
30.0
•
•
•
FAL5F24LL
24
14—27.6
70
1.68
2400
0.25
8.83
6.30
61.8
30.0
•
•
•
FAL6F12LL
12
7.0—13.8
280
3.36
2100
0.53
18.7
11.25 110.3
40.0
•
•
•
FAL6F12LH
12
7.0—13.8
500
6.00
2550
0.65
23.0
18.00 176.5
45.0
•
•
•
FAL6F24LL
24
14—27.0
155
3.72
2100
0.53
18.7
11.50 112.8
40.0
•
•
•
FAL6F24LH
24
14—27.0
295
7.08
2550
0.67
23.7
19.70 193.2
45.0
•
•
•
29
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