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3VX250
25.0 0.10
3VX265
26.5 0.10
3VX280
28.0 0.10
3VX290
29.0 0.10
3VX300
30.0 0.10
3VX315
31.5 0.10
3VX335
33.5 0.20
3VX355
35.5 0.20
3VX375
37.5 0.20
3VX390
39.0 0.20
3VX400
40.0 0.20
3VX425
42.5 0.20
3VX450
45.0 0.20
3VX475
47.5 0.20
3VX500
50.0 0.20
3VX530
53.0 0.20
3VX560
56.0 0.20
3VX600
60.0 0.30
3VX630
60.0 0.30
3VX670
67.0 0.30
3VX710
71.0 0.30
3VX750
75.0 0.30
3VX800
80.0 0.40
3VX850
85.0 0.40
3VX900
90.0 0.40
3VX950
95.0 0.40
3VX1000
100.0 0.40
3VX1060
106.0 0.50
3VX1120
112.0 0.50
3VX1180
118.0 0.60
3VX1250
125.0 0.60
3VX1320
132.0 0.70
3VX1400
140.0 0.70
5VX450
45.0 0.55
5VX470
47.0 0.60
5VX490
49.0 0.60
5VX500
50.0 0.60
5VX510
51.0 0.65
5VX530
53.0 0.70
5VX540
54.0 0.70
5VX550
55.0 0.70
5VX560
56.0 0.70
5VX570
57.0 0.70
5VX580
58.0 0.70
5VX590
59.0 0.70
5VX600
60.0 0.70
5VX610
61.0 0.80
5VX630
63.0 0.80
5VX650
65.0 0.80
5VX670
67.0 0.80
5VX680
68.0 0.80
5VX690
69.0 0.80
5VX710
71.0 0.80
5VX730
73.0 0.80
5VX740
74.0 0.80
5VX750
75.0 0.80
5VX780
78.0 0.85
5VX800
80.0 0.90
5VX810
81.0 0.90
5VX830
83.0 0.90
5VX840
84.0 0.90
5VX850
85.0 0.90
5VX860
86.0 0.90
5VX880
88.0 0.90
5VX900
90.0 1.00
5VX930
93.0 1.10
5VX950
95.0 1.10
5VX960
96.0 1.10
5VX1000
100.0 1.20
5VX1030
103.0 1.20
5VX1060
106.0 1.20
5VX1080
108.0 1.30
5VX1120
112.0 1.30
5VX1150
115.0 1.40
5VX1180
118.0 1.40
5VX1230
123.0 1.50
5VX1250
125.0 1.50
5VX1320
132.0 1.60
5VX1400
140.0 1.70
5VX1500
150.0 1.80
5VX1600
160.0 1.90
5VX1700
170.0 2.00
5VX1800
180.0 2.10
5VX1900
190.0 2.30
5VX2000
200.0 2.40
V-BELTS
POWERING GLOBAL INDUSTRY
V-BELTS
Outside Approx. Outside Approx.
Outside Approx.
Outside Approx.
Belt Length Weight Belt Length Weight Belt Length Weight Belt Length Weight
Number (in.) (lbs.) Number (in.) (lbs.) Number (in.) (lbs.) Number (in.) (lbs.)
11
UniMatch® Cogged Raw Deep Wedge V-Belts -
3VX, 5VX
(Oil & Heat Resistant/Static Dissipating)
UniMatch® Cogged Raw Edge construction further increases the effective power transmission
of Deep Wedge V-belts. These cogged deep wege UniMatch® V-belts need no belt set
matching. Stock UniMatch® Raw Edge, Cogged Deep Wedge V-belts are listed in this section.
Cogged Raw Edge Deep Wedge V-belts are identified by a number followed by two letters
indicating belt cross section and cogged construction. The number following is the outside
length in inches multiplied by 10 -
Example 3VX250
.
3VX250
3V =
Nominal 0.38" Top Width
0.31" Thickness
X =
Raw edge sidewalls and cogged
250 =
Outside length in tenths of
an inch = 25.0"
0.38"
0.31"
3VX
38
°
0.63"
0.53"
5VX
38
°
"3VX" SECTION 0.38" TOP WIDTH x 0.31" THICK x 38
°
ANGLE
"5VX" SECTION 0.63" TOP WIDTH x 0.53" THICK x 38
°
ANGLE
Outside Approx. Outside Approx.
Outside Approx.
Outside Approx.
Belt Length Weight Belt Length Weight Belt Length Weight Belt Length Weight
Number (in.) (lbs.) Number (in.) (lbs.) Number (in.) (lbs.) Number (in.) (lbs.)
PART NUMBER DESIGNATION
Features & Benefits
l
High Power Capability
- Higher power with a more compact drive
l
Raw Edge Sidewalls
- Increased aggressiveness reduces slippage
and increases efficiency versus wrapped
V-belts. Saves energy
l
UniMatch® Construction
- Consistent performance in multiple
V-belt drives and ensures all belts of the
same size measure within ARPM
matching limits
l
Oil & Heat Resistant
- Better than standard belts in oily environ-
ments (occasional splash) and higher ambient
temperatures
Construction
Compound
- Chloroprene
Cord
- Polyester
Applications -
General Industry, Agriculture
Engineering Standards -
Conforms to ARPM standard IP-22
Recommended Pulleys -
Use pulleys made to ARPM standards