Radius Raised Rib

Series 2400

Achieve seamless product transfers with the Intralox Series 2400 Radius Raised Rib belt.

This belt features raised surface ribs designed to engage with finger transfer plates, which ensure continuous flow of small, lightweight products. Its large open area provides even airflow for quick product cooling in food-processing applications.

42% open area
1.12-in (28.6-mm) raised surface indent
Minimum turn radius of 2.2 times belt width

	in	mm
Pitch	1.00	25.4
Minimum Width	4	102
Width Increments	0.50	12.7
Opening Size (approximate)	0.35 × 0.30	8.9 × 7.6
Open Area	42%
Product Contact Area	18%
Hinge Style	Open
Rod Retention; Rod Type	Occluded edge; unheaded

Contact Intralox for precise belt measurements and stock status before designing equipment or ordering a belt.
Permits airflow through the belt to provide cooling in food-processing applications.
Each belt material has a default rod material. Other rod materials are available. Intralox can help identify the best belt and rod material combination for your application.
Detailed material information is provided in Product Line.
Makes turns with an inside turn radius of 2.2 times the belt width.
Facilitates smooth transfers of small packages with the addition of transfer plates.
Works with standard S2400 wearstrips.
Standard indent: 1.12 in (28.6 mm).
Belt deck height: 0.5 in (12.7 mm) higher than the standard S2400 belt.

Belt Material	Default Rod Material, Diameter 0.18 in (4.6 mm)	Straight Belt Strength		Curved Belt Strength	Temperature Range (continuous)		Belt Mass
Belt Material	Default Rod Material, Diameter 0.18 in (4.6 mm)	lbf/ft	N/m	Curved Belt Strength	°F	°C	lb/ft²	kg/m²
Polypropylene	Acetal	1,200	17,500	For curved belt strength calculations, contact Intralox Customer Service.	34 to 200	1 to 93	1.98	9.68
Acetal	Nylon	1,700	24,800		-50 to 200	-46 to 93	3.00	14.67
Polypropylene	Polypropylene¹	1,000	14,600		34 to 220	1 to 104	1.92	9.39
HR nylon	Nylon	1,700	24,800		-50 to 240	-46 to 116	2.5	12.25

Polypropylene rods can be installed in polypropylene belts when extra chemical resistance is required. Please note lower belt strength.

Document Name	Document Type	File Type	File Size
S2400_RaisedRib_FlushEdge_7.125_[A]_(Imperial).dxf	CAD Drawing	DXF	2 MB
S2400_RaisedRib_FlushEdge_7.125_[A]_(Metric).dxf	CAD Drawing	DXF	2 MB
S2400_RaisedRib_FlushEdge_7.125_[B]_(Imperial).dxf	CAD Drawing	DXF	1 MB
S2400_RaisedRib_FlushEdge_7.125_[B]_(Metric).dxf	CAD Drawing	DXF	1 MB