Omni-Grid® 360

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Features

Specifications

Options

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OMNI-GRID® 360 WELD

BELTS THAT RUN SMOOTHER, STRONGER, LONGER

SPIRAL

LOTENSION

HYGENIC

Engineered for higher standards

REVOLUTIONARY DESIGN

FOR PARAMOUNT SAFETY

& DURABILITY

REVOLUTIONARY DESIGN FOR PARAMOUNT SAFETY & DURABILITY

The Evolution of Omni-Grid belting continues with the introduction of the 360 Weld on belts that only Ashworth makes. What started as the Omni-Grid is now Omni-Grid 360 where hygiene is built into the belting itself.

INCREASE CAPACITY WHILE MINIMIZING MAINTENANCE COSTS AND DOWNTIME IN YOUR MOST DEMANDING SPIRAL APPLICATIONS WITH OMNI-GRID®

The Omni-Grid 360 Weld line of belts reduces cage bar wear, maintenance costs and downtime in your most demanding high-tension spiral/turn-curve applications while maintaining belt strength integrity and easy-to-clean/hygienic attributes.

Product Highlight

High Density Mesh

New style mesh for tunnel freezers, ovens, or when product support and retention are critical.

Learn More

HYGIENE BUILT IN

The increased strength of the Omni-Grid® 360 Weld belts comes from the revolutionary 360° buttonless welds utilizing a patented “zero tension” design which:

Provides higher product load capacity.

Enables smoother running belts.

Creates less wear on spiral system cage bar caps.

Provides higher product load capacity.

Enables smoother running belts.

Creates less wear on spiral system cage bar caps.

Is formed with a proprietary coining process to prevent break-in wear.

Reduces belt elongation.

Increases belt life.

Is formed with a proprietary coining process to prevent break-in wear.

Reduces belt elongation.

Increases belt life.

Standard with the Omni-Tough Mesh Overlay, originally patented by Ashworth.

2.5X

STRONGER

THAN CONVENTIONAL OVERLAYS

Increase capacity while minimizing maintenance costs and downtime in your most demanding spiral applications with Omni-Grid® 360 Weld.

Omni-Grid® 360 Weld Link

Ashworth Omni-Grid® 360 Belt Comparison Competition

Competitor Link

WE BUILD-IN HYGIENE WITH THE PATENTED PRECISION WELD

The patented, zero-tension, 360° buttonless welds eliminate cracking commonly found with traditional bridge welds. Unlike a traditional bridge weld, the 360°buttonless weld is free from surface imperfections and crevices, which improves hygienic characteristics by eliminating the possibility of bacteria entrapments.

RESISTANT

TO STICKING

IN FREEZER APPLICATIONS

PROVEN RELIABILITY

All belts are tested and rated for 100,000 cycles versus competitor ratings of only 50,000 cycles. The 1-inch pitch and 1½-inch pitch Omni-Grid® 360 Weld belts are also offered with integral guard-edges with a smooth rounded finish for applications where product retention is a concern. Available in .75-inch, 1-inch, and 1.5-inch pitch, the Omni-Grid 360 Weld belts are the strongest and longest running grid style belts on the market today

STANDARD FEATURES

Omni-Tough Mesh Overlay

21/2 times stronger than conventional overlays and is resistant to product sticking in freezer applications.

Pigtail Spirals

Reduces wire breakage.

OPTIONAL FEATURES

Integral Guard Edges

Now with smooth, rounded edge finish. Durable and easier to clean than modular guard edges. Available for 1 inch and 1.5 inch pitch belts.

Special Mesh Spirals

A cost effective solution for adding land dividers

DIRECTION

SPIRAL

MULTI

TURN-CURVE

STRAIGHT RUN

APPLICATIONS

FREEZER

SMOKER

COOLER

COOKER

DRYER

FRYER

PROOFER

BLANCHER

PACKAGING

PROVEN RELIABILITY

STANDARD FEATURES

Omni-Tough Mesh Overlay

2-1/2 times stronger than conventional overlays and is resistant to product sticking in freezer applications.

Pigtail Spirals

Reduces wire breakage.

OPTIONAL FEATURES

Integral Guard Edges

Smooth, rounded edge finish. Durable and easier to clean than modular guard edges. Available for 1 inch and 1.5-inch pitch belts.

Special Mesh Spirals

A cost effective solution for adding land dividers

Does this meet your project needs?

Let’s get started!

REQUEST A QUOTE

Technical Specifications

Select another product option

Technical Specifications	Units	Omni-Grid® 360 075
Turn Ratio		2.2-6.0
Pitch	in. [mm]	0.75 [19.0]
Available Widths: Curve/Spiral	in. [mm]	12-40 (304.8-1016)
Available Widths: Straight Run	in. [mm]	12-60 (304.8-1524.0)
Link Height	in. [mm]	0.44 [11.1]
Rod Diameter/Material	in. [mm]	0.192 (4.9) Metal
Conveying Surface	in. [mm]	Width -2.01 [-51.05]
Allowable Tension (Curve/Spiral)	lb. [kg]	150 [68] at 100,000 cycles
Allowable Tension (Straight Run)	lb. [kg]	300 [136] at 100,000 cycles
Turn Direction		Bi-directional
Mode of Turning		Inside edge collapses in turn
Method of Drive		Sprockets driven on links

Available Sprocket Options

Sprocket Reference

Select another sprocket size

Select a product

Nom. Size	Display	Teeth	Pitch Diameter in (mm)	Hub Diameter in (mm)	Bore Min in (mm)	Bore Max in (mm)
3	#3-12 Hardened Steel	12	2.9 (73.66)	2.36 (59.94)	1 (25.4)	1.8 (45.72)
3	#3-12 Hardened Steel	12	2.9 (73.66)	2.36 (59.94)	1 (25.4)	1.8 (45.72)
3	#3-12 T303	12	2.9 (73.66)	2.36 (59.94)	1 (25.4)	1.8 (45.72)
3	#3-12 T303	12	2.9 (73.66)	2.36 (59.94)	0.94 (23.81)	1.8 (45.72)
3	#3-12 UHMW	12	2.9 (73.66)	2.25 (57.15)	0	1.5 (38.1)
3	#3-16 UHMW	16	3.84 (97.63)	3 (76.2)	1.58 (40.01)	2.13 (54.1)
3	#3-16 UHMW	16	3.84 (97.64)	3 (76.2)	1 (25.4)	2.13 (54.1)
4	#4-17 T303	17	4.08 (103.68)	3.58 (90.81)	0	2.83 (71.88)
4	#4-17 UHMW	17	4.08 (103.68)	3.58 (90.81)	0.75 (19.05)	2.58 (65.53)
4	#4-17 UHMW	17	4.08 (103.68)	3.58 (90.81)	1 (25.4)	2.58 (65.53)
4	#4-18 T303	18	4.32 (109.68)	3.82 (96.9)	0	2.95 (74.93)
4	#4-18 T303	18	4.32 (109.68)	3.82 (96.9)	1.58 (40.01)	2.82 (71.63)
5	#5-19 UHMW	19	4.56 (115.75)	4.06 (103.05)	0.75 (19.05)	2.94 (74.68)
5	#5-21 T303	21	5.03 (127.81)	4.54 (115.27)	1 (25.4)	3.55 (90.17)
5	#5-21 UHMW	21	5.03 (127.81)	4.54 (115.27)	1 (25.4)	3.42 (86.87)
5	#5-21 UHMW FS	21	4.79 (121.67)	4.54 (115.32)	1 (25.4)	3.42 (86.87)
6	#6 UHMW FI	0	0	6 (152.4)	0.75 (19.05)	4.64 (117.86)
6	#6 UHMW I	0	0	6 (152.4)	0.75 (19.05)	4.64 (117.86)
6	#6-25 T303	25	5.98 (151.99)	5.5 (139.67)	0	4.39 (111.51)
6	#6-25 T303	25	5.98 (151.99)	5.5 (139.67)	0.5 (12.7)	4.39 (111.51)
6	#6-25 UHMW	25	5.98 (151.99)	5.5 (139.67)	0.88 (22.22)	4.14 (105.16)
6	#6-26 T303	26	6.22 (158.04)	5.73 (145.64)	0	4.62 (117.35)
6	#6-26 T303	26	6.22 (158.04)	5.73 (145.64)	1.58 (40.01)	4.62 (117.35)
6	#6-26 T303	26	6.22 (158.04)	5.73 (145.64)	1.58 (40.01)	4.62 (117.35)
6	#6-26 UHMW	26	6.22 (158.04)	5.73 (145.64)	1 (25.4)	4.37 (111)
6	#6-27 UHMW	27	6.42 (163.12)	5.97 (151.61)	0.88 (22.22)	4.61 (117.09)
8	#8-34 UHMW	34	8.13 (206.45)	7.66 (194.46)	1 (25.4)	5.93 (150.62)

Sprockets available in stainless steel, plain steel, and UHMWPE.

UHMWPE material type components have a 150° F (66°C) maximum operation temperature.

Maximum bore sized listed for UHMWPE material is based on 1/2 inch (12.7 mm) of material above keyway.

*Maximum bores provide adequate material thickness for standard keyway. Specify special sized to be used when necessary.

Supports

Support are required at a minimum of 18" apart on load side and 24" maximum on return side. Rollers may also be used. For light loads, support rails may be placed further apart. Consult Ashworth Engineering for assistance.

Material Reference

Acetal - polyoxymethylene plastic
Celcon - acetal copolymer
CI - cast iron
Hardened Steel
Nylon
T303 - stainless steel
T316 - stainless steel
UMHW - polyethylene plastic

Belt Calculator

Belt

Belt Width (in.)

Center Link Loc

Weave

First Count

Second Count

Spiral Gauge

Base Belt Weight

Belt Pitch

Turn Ratio

Belt Strength

Min Filler Roll Diameter

Conveying Surface

Inside Conveying Surface

Outside Conveying Surface

Mesh Opening Size

Open Area Surface

Open Area Thru

Need more detailed information?

MORE INFORMATION

Product Options

High-Density Mesh Overlay

Traditional grid meshes have double the mesh density at the connecting rods. High density mesh consists of spirals with special intermediate loops to create more product support but at the same time reducing the mesh weight allowing for heavier product loads.

Omni-Tough Mesh Overlay

2½ times stronger than conventional
overlays and is resistant to product
sticking in freezer applications

Patented Pigtail Spirals

Reduces wear breakage

Patented Special Mesh Spirals

A cost effective solution for adding
lane dividers or flights

Does this meet your project needs?

Let’s get started!

REQUEST A QUOTE

Downloads

Technical Bulletins

Installation, Assembly & Maintenance Instructions

Conveyor System Review Form

Other

Illustrations

OMNI-GRID® 360 WELD

BELTS THAT RUN SMOOTHER, STRONGER, LONGER

SPIRAL

LOTENSION

HYGENIC

Engineered for higher standards

REVOLUTIONARY DESIGN

FOR PARAMOUNT SAFETY

& DURABILITY

REVOLUTIONARY DESIGN FOR PARAMOUNT SAFETY & DURABILITY

INCREASE CAPACITY WHILE MINIMIZING MAINTENANCE COSTS AND DOWNTIME IN YOUR MOST DEMANDING SPIRAL APPLICATIONS WITH OMNI-GRID®

Product Highlight

High Density Mesh

New style mesh for tunnel freezers, ovens, or when product support and retention are critical.

Learn More

HYGIENE BUILT IN

The increased strength of the Omni-Grid® 360 Weld belts comes from the revolutionary 360° buttonless welds utilizing a patented “zero tension” design which:

Provides higher product load capacity.

Enables smoother running belts.

Creates less wear on spiral system cage bar caps.

Provides higher product load capacity.

Enables smoother running belts.

Creates less wear on spiral system cage bar caps.

Is formed with a proprietary coining process to prevent break-in wear.

Reduces belt elongation.

Increases belt life.

Is formed with a proprietary coining process to prevent break-in wear.

Reduces belt elongation.

Increases belt life.

Standard with the Omni-Tough Mesh Overlay, originally patented by Ashworth.

2.5X

STRONGER

THAN CONVENTIONAL OVERLAYS

Increase capacity while minimizing maintenance costs and downtime in your most demanding spiral applications with Omni-Grid® 360 Weld.

Omni-Grid® 360 Weld Link

Competitor Link

WE BUILD-IN HYGIENE WITH THE PATENTED PRECISION WELD

RESISTANT

TO STICKING

IN FREEZER APPLICATIONS

PROVEN RELIABILITY

STANDARD FEATURES

Omni-Tough Mesh Overlay

21/2 times stronger than conventional overlays and is resistant to product sticking in freezer applications.

Pigtail Spirals

Reduces wire breakage.

OPTIONAL FEATURES

Integral Guard Edges

Now with smooth, rounded edge finish. Durable and easier to clean than modular guard edges. Available for 1 inch and 1.5 inch pitch belts.

Special Mesh Spirals

A cost effective solution for adding land dividers

DIRECTION

SPIRAL

MULTI

TURN-CURVE

STRAIGHT RUN

APPLICATIONS

FREEZER

SMOKER

COOLER

COOKER

DRYER

FRYER

PROOFER

BLANCHER

PACKAGING

PROVEN RELIABILITY

STANDARD FEATURES

Omni-Tough Mesh Overlay

2-1/2 times stronger than conventional overlays and is resistant to product sticking in freezer applications.

Pigtail Spirals

Reduces wire breakage.

OPTIONAL FEATURES

Integral Guard Edges

Smooth, rounded edge finish. Durable and easier to clean than modular guard edges. Available for 1 inch and 1.5-inch pitch belts.

Special Mesh Spirals

A cost effective solution for adding land dividers

Does this meet your project needs?

Let’s get started!

REQUEST A QUOTE

Technical Specifications

Select another product option

Technical Specifications	Units	Omni-Grid® 360 100
Turn Ratio		1.7-6.0
Pitch	in. [mm]	1.08 [27.4]
Available Widths: Curve/Spiral	in. [mm]	12-40 (304.8-1016)
Available Widths: Straight Run	in. [mm]	12-48 (304.8-1219.2)
Link Height	in. [mm]	0.50 [12.7]
Rod Diameter/Material	in. [mm]	0.192 (4.9) Metal
Conveying Surface	in. [mm]	Width -2.53 [-64.26]
Allowable Tension (Curve/Spiral)	lb. [kg]	200 [91] at 100,000 cycles
Allowable Tension (Straight Run)	lb. [kg]	400 [181] at 100,000 cycles
Turn Direction		Bi-directional
Mode of Turning		Inside edge collapses in turn
Method of Drive		Sprockets driven on links

Available Sprocket Options

Sprocket Reference

Select another sprocket size

Select a product

Nom. Size	Display	Teeth	Pitch Diameter in (mm)	Hub Diameter in (mm)	Bore Min in (mm)	Bore Max in (mm)
3	#3-9 Hardened Steel	9	0	2.45 (62.23)	1 (25.4)	1.83 (46.48)
3	#3-9 T303	9	3.16 (80.26)	2.46 (62.48)	1 (25.4)	1.84 (46.74)
3	#3-9 T303	9	3.16 (80.26)	2.46 (62.48)	1 (25.4)	1.84 (46.74)
3	#3-9 T303	9	3.16 (80.26)	2.46 (62.48)	1.25 (31.75)	1.84 (46.74)
3	#3-9 T303	9	3.16 (80.26)	2.46 (62.48)	0.94 (23.81)	1.84 (46.74)
3	#3-9 T316	9	3.16 (80.26)	2.46 (62.48)	1.44 (36.51)	1.84 (46.74)
3	#3-9 UHMW	9	3.16 (80.26)	2.53 (64.26)	1 (25.4)	1.72 (43.69)
3	#3-9 UHMW	9	3.16 (80.26)	2.53 (64.26)	0	1.72 (43.69)
4	#4 UHMW FI	0	0	3.92 (99.57)	0.75 (19.05)	2.93 (74.42)
4	#4 UHMW I	0	0	3.92 (99.57)	0	2.93 (74.42)
4	#4-11 T303	11	3.83 (97.36)	3.18 (80.72)	0	2.07 (52.58)
4	#4-11 T303	11	3.83 (97.36)	3.18 (80.72)	0	2.44 (61.98)
4	#4-12 T303	12	4.17 (105.97)	3.54 (89.92)	0	2.8 (71.12)
4	#4-12 T316	12	4.17 (105.97)	3.54 (89.92)	0	2.8 (71.12)
4	#4-12 UHMW	12	4.17 (105.97)	3.45 (87.63)	0.75 (19.05)	2.46 (62.48)
4	#4-13 Celcon	13	4.4 (111.76)	3.9 (99.06)	1 (25.4)	2.91 (73.91)
4	#4-13 CI	13	4.53 (115.09)	3.91 (99.22)	0	3.04 (77.22)
4	#4-13 T316	13	4.53 (115.09)	3.91 (99.22)	0	3.04 (77.22)
4	#4-13 UHMW	13	4.53 (115.06)	3.9 (99.06)	1 (25.4)	2.91 (73.91)
5	#5-15 T303	15	5.2 (131.95)	4.58 (116.36)	0	3.59 (91.19)
5	#5-15 UHMW	15	5.2 (131.95)	4.58 (116.36)	2 (50.8)	3.46 (87.88)
6	#6 UHMW FI	0	0	5.65 (143.51)	0.75 (19.05)	4.29 (108.97)
6	#6 UHMW I	0	0	5.65 (143.51)	0	4.29 (108.97)
6	#6-18 CI	18	6.24 (158.5)	5.66 (143.67)	0	3.75 (95.25)
6	#6-18 Nylon	18	6.24 (158.5)	5.65 (143.51)	1 (25.4)	4.54 (115.32)
6	#6-18 T316	18	6.24 (158.5)	5.66 (143.67)	1 (25.4)	3.75 (95.25)
6	#6-18 UHMW	18	6.24 (158.5)	5.65 (143.51)	0	4.29 (108.97)
6	#6-18 UHMW FS	18	6.15 (156.16)	5.65 (143.46)	0	4.29 (108.97)
6	#6-18 UHMW Product Release	18	6.4 (162.51)	5.65 (143.46)	1 (25.4)	4.29 (108.97)
6	#6-18 UHMW Split	18	6.24 (158.5)	5.65 (143.46)	0	4.29 (108.97)
6	#6-19 T303	19	6.55 (166.47)	6.03 (153.21)	0	4.8 (121.92)
6	#6-19 UHMW	19	6.55 (166.47)	6.03 (153.21)	1.18 (30)	4.67 (118.62)
8	#8 UHMW FI	0	0	7.38 (187.45)	0.75 (19.05)	5.89 (149.61)
8	#8 UHMW I	0	0	7.38 (187.45)	0	5.89 (149.61)
8	#8-23 CI	23	7.41 (188.11)	7.41 (188.11)	0	5.9 (149.86)
8	#8-23 CI	23	7.96 (202.18)	7.41 (188.12)	0	4.75 (120.65)
8	#8-23 T316	23	7.96 (202.18)	7.41 (188.12)	0	4.75 (120.65)
8	#8-23 T316	23	7.97 (202.41)	7.41 (188.12)	1 (25.4)	4.75 (120.65)
8	#8-23 UHMW	23	7.96 (202.18)	7.39 (187.71)	1 (25.4)	5.9 (149.86)
8	#8-23 UHMW Split	23	7.89 (200.33)	7.39 (187.63)	0	5.9 (149.86)
10	#10-31 CI	31	10.72 (272.29)	10.16 (258.06)	0	8.67 (220.22)
10	#10-31 T316	31	10.72 (272.29)	10.16 (258.06)	0	8.67 (220.22)
10	#10-31 UHMW	31	10.66 (270.76)	10.16 (258.06)	0.99 (25.02)	8.42 (213.87)
12	#12-37 UHMW	37	12.74 (323.49)	12.24 (310.79)	0.99 (25.02)	10.49 (266.45)

UHMWPE material type components have a 150° F (66°C) maximum operation temperature.

Maximum bore sized listed for UHMWPE material is based on 1/2 inch (12.7 mm) of material above keyway.

Supports

Material Reference

Acetal - polyoxymethylene plastic
Celcon - acetal copolymer
CI - cast iron
Hardened Steel
Nylon
T303 - stainless steel
T316 - stainless steel
UMHW - polyethylene plastic

Belt Calculator

Belt

Belt Width (in.)

Center Link Loc

Weave

First Count

Second Count

Spiral Gauge

Base Belt Weight

Belt Pitch

Turn Ratio

Belt Strength

Min Filler Roll Diameter

Conveying Surface

Inside Conveying Surface

Outside Conveying Surface

Mesh Opening Size

Open Area Surface

Open Area Thru

Need more detailed information?

MORE INFORMATION

Product Options

High-Density Mesh Overlay

Omni-Tough Mesh Overlay

2½ times stronger than conventional
overlays and is resistant to product
sticking in freezer applications

Patented Pigtail Spirals

Reduces wear breakage

Patented Special Mesh Spirals

A cost effective solution for adding
lane dividers or flights

Does this meet your project needs?

Let’s get started!

REQUEST A QUOTE

Downloads

Technical Bulletins

Installation, Assembly & Maintenance Instructions

Conveyor System Review Form

Other

Illustrations

OMNI-GRID® 360 WELD

BELTS THAT RUN SMOOTHER, STRONGER, LONGER

SPIRAL

LOTENSION

HYGENIC

Engineered for higher standards

REVOLUTIONARY DESIGN

FOR PARAMOUNT SAFETY

& DURABILITY

REVOLUTIONARY DESIGN FOR PARAMOUNT SAFETY & DURABILITY

INCREASE CAPACITY WHILE MINIMIZING MAINTENANCE COSTS AND DOWNTIME IN YOUR MOST DEMANDING SPIRAL APPLICATIONS WITH OMNI-GRID®

Product Highlight

High Density Mesh

New style mesh for tunnel freezers, ovens, or when product support and retention are critical.

Learn More

HYGIENE BUILT IN

The increased strength of the Omni-Grid® 360 Weld belts comes from the revolutionary 360° buttonless welds utilizing a patented “zero tension” design which:

Provides higher product load capacity.

Enables smoother running belts.

Creates less wear on spiral system cage bar caps.

Provides higher product load capacity.

Enables smoother running belts.

Creates less wear on spiral system cage bar caps.

Is formed with a proprietary coining process to prevent break-in wear.

Reduces belt elongation.

Increases belt life.

Is formed with a proprietary coining process to prevent break-in wear.

Reduces belt elongation.

Increases belt life.

Standard with the Omni-Tough Mesh Overlay, originally patented by Ashworth.

2.5X

STRONGER

THAN CONVENTIONAL OVERLAYS

Increase capacity while minimizing maintenance costs and downtime in your most demanding spiral applications with Omni-Grid® 360 Weld.

Omni-Grid® 360 Weld Link

Competitor Link

WE BUILD-IN HYGIENE WITH THE PATENTED PRECISION WELD

RESISTANT

TO STICKING

IN FREEZER APPLICATIONS

PROVEN RELIABILITY

STANDARD FEATURES

Omni-Tough Mesh Overlay

21/2 times stronger than conventional overlays and is resistant to product sticking in freezer applications.

Pigtail Spirals

Reduces wire breakage.

OPTIONAL FEATURES

Integral Guard Edges

Now with smooth, rounded edge finish. Durable and easier to clean than modular guard edges. Available for 1 inch and 1.5 inch pitch belts.

Special Mesh Spirals

A cost effective solution for adding land dividers

DIRECTION

SPIRAL

MULTI

TURN-CURVE

STRAIGHT RUN

APPLICATIONS

FREEZER

SMOKER

COOLER

COOKER

DRYER

FRYER

PROOFER

BLANCHER

PACKAGING

PROVEN RELIABILITY

STANDARD FEATURES

Omni-Tough Mesh Overlay

2-1/2 times stronger than conventional overlays and is resistant to product sticking in freezer applications.

Pigtail Spirals

Reduces wire breakage.

OPTIONAL FEATURES

Integral Guard Edges

Smooth, rounded edge finish. Durable and easier to clean than modular guard edges. Available for 1 inch and 1.5-inch pitch belts.

Special Mesh Spirals

A cost effective solution for adding land dividers

Does this meet your project needs?

Let’s get started!

REQUEST A QUOTE

Technical Specifications

Select another product option

Technical Specifications	Units	Omni-Grid® 360 150
Turn Ratio		1.6-6.0
Pitch	in. [mm]	1.50 [38.1]
Available Widths: Curve/Spiral	in. [mm]	12-54 (304.8-1372)
Available Widths: Straight Run	in. [mm]	12-60 (304.8-1524.0)
Link Height	in. [mm]	0.59 [15.0]
Rod Diameter/Material	in. [mm]	0.236 (6.0) Metal
Conveying Surface	in. [mm]	Width -2.94 [-74.68]
Allowable Tension (Curve/Spiral)	lb. [kg]	400 [181] at 100,000 cycles
Allowable Tension (Straight Run)	lb. [kg]	800 [363] at 100,000 cycles
Turn Direction		Bi-directional
Mode of Turning		Inside edge collapses in turn
Method of Drive		Sprockets driven on links

Available Sprocket Options

Sprocket Reference

Select another sprocket size

Select a product

Nom. Size	Display	Teeth	Pitch Diameter in (mm)	Hub Diameter in (mm)	Bore Min in (mm)	Bore Max in (mm)
6	#6 UHMW FI	0	0	5.5 (139.7)	0.75 (19.05)	4.14 (105.16)
6	#6 UHMW I	0	0	5.5 (139.7)	0.75 (19.05)	4.14 (105.16)
6	#6-13 UHMW Not Recommended	13	6.27 (159.26)	5.5 (139.7)	0	4.14 (105.16)
8	#8 UHMW FI	0	0	7.43 (188.72)	0	5.94 (150.88)
8	#8 UHMW I	0	0	7.43 (188.72)	0.75 (19.05)	5.94 (150.88)
8	#8-17 T303	17	8.16 (207.26)	7.43 (188.72)	0	5.95 (151.13)
8	#8-17 UHMW	17	8.16 (207.26)	7.43 (188.72)	0.75 (19.05)	5.94 (150.88)

UHMWPE material type components have a 150° F (66°C) maximum operation temperature.

Maximum bore sized listed for UHMWPE material is based on 1/2 inch (12.7 mm) of material above keyway.

Supports

Supports are required at a minimum of 18" apart on load side and 24" maximum on return side. Rollers may also be used. For light loads, support rails may be placed further apart. Consult Ashworth Engineering for assistance.

Material Reference

Acetal - polyoxymethylene plastic
Celcon - acetal copolymer
CI - cast iron
Hardened Steel
Nylon
T303 - stainless steel
T316 - stainless steel
UMHW - polyethylene plastic

Belt Calculator

Belt

Belt Width (in.)

Center Link Loc

Weave

First Count

Second Count

Spiral Gauge

Base Belt Weight

Belt Pitch

Turn Ratio

Belt Strength

Min Filler Roll Diameter

Conveying Surface

Inside Conveying Surface

Outside Conveying Surface

Mesh Opening Size

Open Area Surface

Open Area Thru

Need more detailed information?

MORE INFORMATION

Product Options

High-Density Mesh Overlay

Omni-Tough Mesh Overlay

2½ times stronger than conventional
overlays and is resistant to product
sticking in freezer applications

Patented Pigtail Spirals

Reduces wear breakage

Patented Special Mesh Spirals

A cost effective solution for adding
lane dividers or flights

Does this meet your project needs?

Let’s get started!

REQUEST A QUOTE

Downloads

Technical Bulletins

Installation, Assembly & Maintenance Instructions

Conveyor System Review Form

Other

Illustrations

SMALL RADIUS OMNI-GRID® 360 75 WELD

BELTS THAT RUN SMOOTHER, STRONGER, LONGER

SPIRAL

LOTENSION

HYGENIC

Engineered for higher standards

TIGHT, 1.1 TURN RATIO FOR SMALL FOOTPRINT OPERATIONS

Small Radius Omni-Grid conveyor belts can negotiate a much tighter turn than regular Omni-Grid belts. In general, the inside radius can be equal to 1.1 times the belt width, making Small Radius Omni-Grid ideal for use in applications where floor space is limited. Small Radius Omni-Grid can turn either left or right, pivoting about a center link.

Omni-Grid® 360 Weld Link

Competitor Link

DIRECTION

SPIRAL

TURN-CURVE

STRAIGHT RUN

APPLICATIONS

FREEZER

SMOKER

COOLER

COOKER

DRYER

FRYER

PROOFER

BLANCHER

PACKAGING

Proven Reliability

All Ashworth belts are rated for 100,000 cycles versus competition ratings of only 50,000 cycles

Proven Reliability

All Ashworth belts are rated for 100,000 cycles versus competition ratings of only 50,000 cycles

Added Strength & Easy to Clean

Patent pending zero-tension, 360° buttonless welds increase load bearing capacity and are easier to clean versus traditional bridge welds

Added Strength & Easy to Clean

Patent pending zero-tension, 360° buttonless welds increase load bearing capacity and are easier to clean versus traditional bridge welds

Reduced Wear

Patented “protrusion leg” design enables the belt to run smoother with less system wear

Reduced Wear

Patented “protrusion leg” design enables the belt to run smoother with less system wear

Increased Belt Life

Patented coining feature reduces run-in wear and increases belt life

Increased Belt Life

Patented coining feature reduces run-in wear and increases belt life

Does this meet your project needs?

Let’s get started!

REQUEST A QUOTE

Technical Specifications

Select another product option

Technical Specifications	Units	Small Radius Omni-Grid® 360 075
Turn Ratio		1.1-2.0
Pitch	in. [mm]	0.75 [19.0]
Available Widths: Curve/Spiral	in. [mm]	12-48 (304.8-1219)
Available Widths: Straight Run	in. [mm]	12-48 (304.8-1219.2)
Link Height	in. [mm]	0.44 [11.1]
Rod Diameter/Material	in. [mm]	0.192 (4.9) Metal
Conveying Surface	in. [mm]	Width -1.50 [-38.10]
Allowable Tension (Curve/Spiral)	lb. [kg]	150 [68] at 100,000 cycles
Allowable Tension (Straight Run)	lb. [kg]	300 [136] at 100,000 cycles
Turn Direction		Uni-directional (left or right-must specify direction)
Mode of Turning		Inside edge collapses in turn
Method of Drive		Sprockets driven on links

Available Sprocket Options

Sprocket Reference

Select another sprocket size

Select a product

Nom. Size	Display	Teeth	Pitch Diameter in (mm)	Hub Diameter in (mm)	Bore Min in (mm)	Bore Max in (mm)
3	#3-12 Hardened Steel	12	2.9 (73.66)	2.36 (59.94)	1 (25.4)	1.8 (45.72)
3	#3-12 Hardened Steel	12	2.9 (73.66)	2.36 (59.94)	1 (25.4)	1.8 (45.72)
3	#3-12 T303	12	2.9 (73.66)	2.36 (59.94)	1 (25.4)	1.8 (45.72)
3	#3-12 T303	12	2.9 (73.66)	2.36 (59.94)	0.94 (23.81)	1.8 (45.72)
3	#3-12 UHMW	12	2.9 (73.66)	2.25 (57.15)	0	1.5 (38.1)
3	#3-16 UHMW	16	3.84 (97.63)	3 (76.2)	1.58 (40.01)	2.13 (54.1)
3	#3-16 UHMW	16	3.84 (97.64)	3 (76.2)	1 (25.4)	2.13 (54.1)
4	#4-17 T303	17	4.08 (103.68)	3.58 (90.81)	0	2.83 (71.88)
4	#4-17 UHMW	17	4.08 (103.68)	3.58 (90.81)	0.75 (19.05)	2.58 (65.53)
4	#4-17 UHMW	17	4.08 (103.68)	3.58 (90.81)	1 (25.4)	2.58 (65.53)
4	#4-18 T303	18	4.32 (109.68)	3.82 (96.9)	0	2.95 (74.93)
4	#4-18 T303	18	4.32 (109.68)	3.82 (96.9)	1.58 (40.01)	2.82 (71.63)
5	#5-19 UHMW	19	4.56 (115.75)	4.06 (103.05)	0.75 (19.05)	2.94 (74.68)
5	#5-21 T303	21	5.03 (127.81)	4.54 (115.27)	1 (25.4)	3.55 (90.17)
5	#5-21 UHMW	21	5.03 (127.81)	4.54 (115.27)	1 (25.4)	3.42 (86.87)
5	#5-21 UHMW FS	21	4.79 (121.67)	4.54 (115.32)	1 (25.4)	3.42 (86.87)
6	#6 UHMW FI	0	0	6 (152.4)	0.75 (19.05)	4.64 (117.86)
6	#6 UHMW I	0	0	6 (152.4)	0.75 (19.05)	4.64 (117.86)
6	#6-25 T303	25	5.98 (151.99)	5.5 (139.67)	0	4.39 (111.51)
6	#6-25 T303	25	5.98 (151.99)	5.5 (139.67)	0.5 (12.7)	4.39 (111.51)
6	#6-25 UHMW	25	5.98 (151.99)	5.5 (139.67)	0.88 (22.22)	4.14 (105.16)
6	#6-26 T303	26	6.22 (158.04)	5.73 (145.64)	0	4.62 (117.35)
6	#6-26 T303	26	6.22 (158.04)	5.73 (145.64)	1.58 (40.01)	4.62 (117.35)
6	#6-26 T303	26	6.22 (158.04)	5.73 (145.64)	1.58 (40.01)	4.62 (117.35)
6	#6-26 UHMW	26	6.22 (158.04)	5.73 (145.64)	1 (25.4)	4.37 (111)
6	#6-27 UHMW	27	6.42 (163.12)	5.97 (151.61)	0.88 (22.22)	4.61 (117.09)
8	#8-34 UHMW	34	8.13 (206.45)	7.66 (194.46)	1 (25.4)	5.93 (150.62)

3/4" pitch Omni-Grid can use #60 roller chain sprockets modified as follows:

Face off sprocket such that the overall tooth width is 5/16 (7/94)
Chamfer corners of the newly machined teeth

* Steel stock sprocket. More available upon request

*Maximum bores provide adequate material thickness for standard keyway. Specify special sized to be used when necessary.

Material Reference

Acetal - polyoxymethylene plastic
Celcon - acetal copolymer
CI - cast iron
Hardened Steel
Nylon
T303 - stainless steel
T316 - stainless steel
UMHW - polyethylene plastic

Belt Calculator

Belt

Belt Width (in.)

Center Link Loc

Weave

First Count

Second Count

Spiral Gauge

Base Belt Weight

Belt Pitch

Turn Ratio

Belt Strength

Min Filler Roll Diameter

Conveying Surface

Inside Conveying Surface

Outside Conveying Surface

Mesh Opening Size

Open Area Surface

Open Area Thru

Need more detailed information?

MORE INFORMATION

Product Options

Omni-Tough Mesh Overlay

Stainless steel, spring wire, spiral overlay available in 16 and 17 wire gauges.
2-1/2 times stronger and more damage-resistant than conventional wire overlays.
Provides a flatter surface than standard overlays.
More resistant to product sticking in freezer application.

Designation

B/U X - Y - Z

B/U = Balanced or Unilateral Weave
X = Number of Loops/Foot of Width
Y = Number of Spirals/Foot of Length
Z = Wire Gauge of Overlay

Examples:
B30-16-16
U42-16-17

Need more detailed information?

MORE INFORMATION

Downloads

Technical Bulletins

Installation, Assembly & Maintenance Instructions

Conveyor System Review Form

Other

Illustrations

SMALL RADIUS OMNI-GRID® 360 100 WELD

BELTS THAT RUN SMOOTHER, STRONGER, LONGER

SPIRAL

LOTENSION

HYGENIC

Engineered for higher standards

TIGHT, 1.1 TURN RATIO FOR SMALL FOOTPRINT OPERATIONS

Omni-Grid® 360 Weld Link

Competitor Link

DIRECTION

SPIRAL

TURN-CURVE

STRAIGHT RUN

APPLICATIONS

FREEZER

SMOKER

COOLER

COOKER

DRYER

FRYER

PROOFER

BLANCHER

PACKAGING

Proven Reliability

All Ashworth belts are rated for 100,000 cycles versus competition ratings of only 50,000 cycles

Proven Reliability

All Ashworth belts are rated for 100,000 cycles versus competition ratings of only 50,000 cycles

Added Strength & Easy to Clean

Patent pending zero-tension, 360° buttonless welds increase load bearing capacity and are easier to clean versus traditional bridge welds

Added Strength & Easy to Clean

Patent pending zero-tension, 360° buttonless welds increase load bearing capacity and are easier to clean versus traditional bridge welds

Reduced Wear

Patented “protrusion leg” design enables the belt to run smoother with less system wear

Reduced Wear

Patented “protrusion leg” design enables the belt to run smoother with less system wear

Increased Belt Life

Patented coining feature reduces run-in wear and increases belt life

Increased Belt Life

Patented coining feature reduces run-in wear and increases belt life

Does this meet your project needs?

Let’s get started!

REQUEST A QUOTE

Technical Specifications

Select another product option

Technical Specifications	Units	Small Radius Omni-Grid® 360 100
Turn Ratio		1-2.0
Pitch	in. [mm]	1.08 [27.4]
Available Widths: Curve/Spiral	in. [mm]	12-48 (304.8-1219)
Available Widths: Straight Run	in. [mm]	12-48 (304.8-1219.2)
Link Height	in. [mm]	0.50 [12.7]
Rod Diameter/Material	in. [mm]	0.192 (4.9) Metal
Conveying Surface	in. [mm]	Width -1.77 [-44.96]
Allowable Tension (Curve/Spiral)	lb. [kg]	150 [68] at 100,000 cycles
Allowable Tension (Straight Run)	lb. [kg]	300 [136] at 100,000 cycles
Turn Direction		Uni-directional (left or right-must specify direction)
Mode of Turning		Inside edge collapses in turn
Method of Drive		Sprockets driven on links

Available Sprocket Options

Sprocket Reference

Select another sprocket size

Select a product

Nom. Size	Display	Teeth	Pitch Diameter in (mm)	Hub Diameter in (mm)	Bore Min in (mm)	Bore Max in (mm)
3	#3-9 Hardened Steel	9	0	2.45 (62.23)	1 (25.4)	1.83 (46.48)
3	#3-9 T303	9	3.16 (80.26)	2.46 (62.48)	1 (25.4)	1.84 (46.74)
3	#3-9 T303	9	3.16 (80.26)	2.46 (62.48)	1 (25.4)	1.84 (46.74)
3	#3-9 T303	9	3.16 (80.26)	2.46 (62.48)	1.25 (31.75)	1.84 (46.74)
3	#3-9 T303	9	3.16 (80.26)	2.46 (62.48)	0.94 (23.81)	1.84 (46.74)
3	#3-9 T316	9	3.16 (80.26)	2.46 (62.48)	1.44 (36.51)	1.84 (46.74)
3	#3-9 UHMW	9	3.16 (80.26)	2.53 (64.26)	1 (25.4)	1.72 (43.69)
3	#3-9 UHMW	9	3.16 (80.26)	2.53 (64.26)	0	1.72 (43.69)
4	#4 UHMW FI	0	0	3.92 (99.57)	0.75 (19.05)	2.93 (74.42)
4	#4 UHMW I	0	0	3.92 (99.57)	0	2.93 (74.42)
4	#4-11 T303	11	3.83 (97.36)	3.18 (80.72)	0	2.07 (52.58)
4	#4-11 T303	11	3.83 (97.36)	3.18 (80.72)	0	2.44 (61.98)
4	#4-12 T303	12	4.17 (105.97)	3.54 (89.92)	0	2.8 (71.12)
4	#4-12 T316	12	4.17 (105.97)	3.54 (89.92)	0	2.8 (71.12)
4	#4-12 UHMW	12	4.17 (105.97)	3.45 (87.63)	0.75 (19.05)	2.46 (62.48)
4	#4-13 Celcon	13	4.4 (111.76)	3.9 (99.06)	1 (25.4)	2.91 (73.91)
4	#4-13 CI	13	4.53 (115.09)	3.91 (99.22)	0	3.04 (77.22)
4	#4-13 T316	13	4.53 (115.09)	3.91 (99.22)	0	3.04 (77.22)
4	#4-13 UHMW	13	4.53 (115.06)	3.9 (99.06)	1 (25.4)	2.91 (73.91)
5	#5-15 T303	15	5.2 (131.95)	4.58 (116.36)	0	3.59 (91.19)
5	#5-15 UHMW	15	5.2 (131.95)	4.58 (116.36)	2 (50.8)	3.46 (87.88)
6	#6 UHMW FI	0	0	5.65 (143.51)	0.75 (19.05)	4.29 (108.97)
6	#6 UHMW I	0	0	5.65 (143.51)	0	4.29 (108.97)
6	#6-18 CI	18	6.24 (158.5)	5.66 (143.67)	0	3.75 (95.25)
6	#6-18 Nylon	18	6.24 (158.5)	5.65 (143.51)	1 (25.4)	4.54 (115.32)
6	#6-18 T316	18	6.24 (158.5)	5.66 (143.67)	1 (25.4)	3.75 (95.25)
6	#6-18 UHMW	18	6.24 (158.5)	5.65 (143.51)	0	4.29 (108.97)
6	#6-18 UHMW FS	18	6.15 (156.16)	5.65 (143.46)	0	4.29 (108.97)
6	#6-18 UHMW Product Release	18	6.4 (162.51)	5.65 (143.46)	1 (25.4)	4.29 (108.97)
6	#6-18 UHMW Split	18	6.24 (158.5)	5.65 (143.46)	0	4.29 (108.97)
6	#6-19 T303	19	6.55 (166.47)	6.03 (153.21)	0	4.8 (121.92)
6	#6-19 UHMW	19	6.55 (166.47)	6.03 (153.21)	1.18 (30)	4.67 (118.62)
8	#8 UHMW FI	0	0	7.38 (187.45)	0.75 (19.05)	5.89 (149.61)
8	#8 UHMW I	0	0	7.38 (187.45)	0	5.89 (149.61)
8	#8-23 CI	23	7.41 (188.11)	7.41 (188.11)	0	5.9 (149.86)
8	#8-23 CI	23	7.96 (202.18)	7.41 (188.12)	0	4.75 (120.65)
8	#8-23 T316	23	7.96 (202.18)	7.41 (188.12)	0	4.75 (120.65)
8	#8-23 T316	23	7.97 (202.41)	7.41 (188.12)	1 (25.4)	4.75 (120.65)
8	#8-23 UHMW	23	7.96 (202.18)	7.39 (187.71)	1 (25.4)	5.9 (149.86)
8	#8-23 UHMW Split	23	7.89 (200.33)	7.39 (187.63)	0	5.9 (149.86)
10	#10-31 CI	31	10.72 (272.29)	10.16 (258.06)	0	8.67 (220.22)
10	#10-31 T316	31	10.72 (272.29)	10.16 (258.06)	0	8.67 (220.22)
10	#10-31 UHMW	31	10.66 (270.76)	10.16 (258.06)	0.99 (25.02)	8.42 (213.87)
12	#12-37 UHMW	37	12.74 (323.49)	12.24 (310.79)	0.99 (25.02)	10.49 (266.45)

* Stock sprockets: UHMWPE, Steel. More available upon request

*Maximum bores provide adequate material thickness for standard keyway. Specify special sized to be used when necessary.

Material Reference

Acetal - polyoxymethylene plastic
Celcon - acetal copolymer
CI - cast iron
Hardened Steel
Nylon
T303 - stainless steel
T316 - stainless steel
UMHW - polyethylene plastic

Need more detailed information?

MORE INFORMATION

Belt Calculator

Belt

Belt Width (in.)

Center Link Loc

Weave

First Count

Second Count

Spiral Gauge

Base Belt Weight

Belt Pitch

Turn Ratio

Belt Strength

Min Filler Roll Diameter

Conveying Surface

Inside Conveying Surface

Outside Conveying Surface

Mesh Opening Size

Open Area Surface

Open Area Thru

Need more detailed information?

MORE INFORMATION

Product Options

Omni-Tough Mesh Overlay

Stainless steel, spring wire, spiral overlay available in 16 and 17 wire gauges.
2-1/2 times stronger and more damage-resistant than conventional wire overlays.
Provides a flatter surface than standard overlays.
More resistant to product sticking in freezer application.

Designation

B/U X - Y - Z

B/U = Balanced or Unilateral Weave
X = Number of Loops/Foot of Width
Y = Number of Spirals/Foot of Length
Z = Wire Gauge of Overlay

Examples:
B30-16-16
U42-16-17

Need more detailed information?

MORE INFORMATION

Downloads

Technical Bulletins

Installation, Assembly & Maintenance Instructions

Conveyor System Review Form

Other

Illustrations

OMNI-GRID® 360 75 WELD

HIGH DENSITY MESH

BELTS THAT RUN SMOOTHER, STRONGER, LONGER

SPIRAL

LOTENSION

HYGENIC

Engineered for higher standards

TIGHT, 1.1 TURN RATIO FOR SMALL FOOTPRINT OPERATIONS

Omni-Grid® 360 Weld Link

Competitor Link

DIRECTION

SPIRAL

MULTI

TURN-CURVE

STRAIGHT RUN

APPLICATIONS

FREEZER

SMOKER

COOLER

COOKER

DRYER

FRYER

PROOFER

BLANCHER

PACKAGING

Proven Reliability

All Ashworth belts are rated for 100,000 cycles versus competition ratings of only 50,000 cycles

Proven Reliability

All Ashworth belts are rated for 100,000 cycles versus competition ratings of only 50,000 cycles

Added Strength & Easy to Clean

Patent pending zero-tension, 360° buttonless welds increase load bearing capacity and are easier to clean versus traditional bridge welds

Added Strength & Easy to Clean

Patent pending zero-tension, 360° buttonless welds increase load bearing capacity and are easier to clean versus traditional bridge welds

Reduced Wear

Patented “protrusion leg” design enables the belt to run smoother with less system wear

Reduced Wear

Patented “protrusion leg” design enables the belt to run smoother with less system wear

Increased Belt Life

Patented coining feature reduces run-in wear and increases belt life

Increased Belt Life

Patented coining feature reduces run-in wear and increases belt life

Does this meet your project needs?

Let’s get started!

REQUEST A QUOTE

Technical Specifications

Select another product option

Technical Specifications	Units	OMNI-GRID® 360 75 - HIGH DENSITY MESH
Turn Ratio		0-0.0
Pitch	in. [mm]	0.75 [19.0]
Available Widths: Curve/Spiral	in. [mm]	12-40 (304.8-1016)
Available Widths: Straight Run	in. [mm]	12-60 (304.8-1524.0)
Link Height	in. [mm]	0.44 [11.1]
Rod Diameter/Material	in. [mm]	0.192 (4.9) Metal
Conveying Surface	in. [mm]	Width -2.23 [-56.64]
Allowable Tension (Curve/Spiral)	lb. [kg]	200 [91] at 100,000 cycles
Allowable Tension (Straight Run)	lb. [kg]	400 [181] at 100,000 cycles
Turn Direction		Bi-directional
Mode of Turning		Inside edge collapses in turn
Method of Drive		Sprockets driven on links

Belt Calculator

Belt

Belt Width (in.)

Center Link Loc

Weave

First Count

Second Count

Spiral Gauge

Base Belt Weight

Belt Pitch

Turn Ratio

Belt Strength

Min Filler Roll Diameter

Conveying Surface

Inside Conveying Surface

Outside Conveying Surface

Mesh Opening Size

Open Area Surface

Open Area Thru

Need more detailed information?

MORE INFORMATION

Product Options

Omni-Tough Mesh Overlay

Stainless steel, spring wire, spiral overlay available in 16 and 17 wire gauges.
2-1/2 times stronger and more damage-resistant than conventional wire overlays.
Provides a flatter surface than standard overlays.
More resistant to product sticking in freezer application.

Designation

B/U X - Y - Z

B/U = Balanced or Unilateral Weave
X = Number of Loops/Foot of Width
Y = Number of Spirals/Foot of Length
Z = Wire Gauge of Overlay

Examples:
B30-16-16
U42-16-17

Downloads

Technical Bulletins

Installation, Assembly & Maintenance Instructions

Conveyor System Review Form

Other

Illustrations

Related Products

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Omni-Flex®

Reliable turn curve and spiral performance since 1959.

PosiDrive Spiral®

An alternative to Lotension drive systems for applications where product movement is a problem.