Satcon

Pratik Nagar, Pune, Maharashtra

Props are made out of 50 NB (60mm OD) "B" Class Outer Pipe and Inner shall be made out of 40 NB (48.3 mm OD) "B" Class Pipe which moves telescopically in the outer Pipe.Heavy duty malleable Nut comes with handle and Pin, with Base Plate top plate 150 x150x 6MM

Props are made out of 50 NB (60mm OD) "B" Class Outer Pipe and Inner shall be made out of 40 NB (48.3 mm OD) "B" Class Pipe which moves telescopically in the outer Pipe.Heavy duty malleable Nut comes with handle and Pin, with Base Plate / top plate 150 x150x 6MM

Size	Height closed Mtrs	Height Extended Mtrs	Safe Axial load @closed kgs	Safe Axial load @extended kgs
0 N	1.10	1.75	3500	3000
1 N	1.50	2.75	3200	2300
2 N	2.00	3.25	3000	2200
3 N	2.00	3.75	2900	2000
4 N	3.00	4.65	2300	1150

Note: Prop inner is required to be braced in both directions just above the prop nut when extended beyond 3.6M.

Made out of 14 SWG sheet with pressed flanges and stiffeners.

STANDERED SIZES

Sr.No.	Sizes
1	1150 X 600MM
2	900 X 600MM
3	900 X300MM

Floor form adjusters

Eliminate to use cut pieces of timber as these can fill up odd shapes of slab

STANDERED SIZES

Sr.No.	Sizes
1	1150 X 400MM
2	900 X 400MM
3	900 X 400MM

Made out of 14 SWG sheet with angle 25X25X5 MM & rivets

*Other sizes available on request

Cup lock unique node point connection makes the fastest, safest, and most versatile scaffolding ever designed.Cup lock verticals are manufactured from (YST 240Grade) steel tubes which allow up to 57kn load/leg. the connection point is set at 500/1000mm. the captive mobile cups are made out of malleable cast iron to ensure rough site handling and welded bottom cups are pressed from high quality steel . loose spigots are used to provide trouble free & stronger connection between verticalsAll ledgers /horizontals have forge blade ends to fit in the cup of the verticals.
STANDERED SIZES FOR VERTICALS(STANDEREDS) AND LOAD TABLE

Sr.No	Sizes Cups @500c/c
1	3000MM
2	2500MM
3	2000MM
4	1500MM
5	1000MM
6	500MM

ANDERED SIZES FOR HORIZANTALS (LEDGERS) AND LOAD TABLE

Sr.No	Sizes Cups @500c/c
1	2500MM
2	2000MM
3	1800MM
4	1500MM
5	1200MM
6	1000MM
7	900MM

Salient Features:Greater flexibility of use.Cup joint gives rigid connection between vertical & horizontal member.Faster erection allows 4 horizontals to be fixed or realized in a single operationOnly hammer is required to tighten the top cupAccessoriesAdjustable Jack suitable for providing an adjustment from 45MM to 500MM length at the top & base

Outer is made out of 14SWG (2mm) press bent Sheet (section) with 65 X6MM flat Lacing with10 rod. end angle 65 x 65 x 8mm. Extra stiffener is provided at section with the end resting angle for safety & durability.Inner member is made out of 14SWG (2mm) press bent Sheet (section) with T- 40 x 40 x5mm, end angle 65 x 65 x 8mm Complete with end safety clits at both ends.M20 eye bolt is provided at the center

Telescopic Span consists of two members Inner and outer.Outer is made out of 14SWG (2mm) press bent Sheet (section) with 65 X6MM flat Lacing with10 rod. end angle 65 x 65 x 8mm. Extra stiffener is provided at section with the end resting angle for safety & durability.Inner member is made out of 14SWG (2mm) press bent Sheet (section) with T- 40 x 40 x5mm, end angle 65 x 65 x 8mm Complete with end safety clits at both ends.M20 eye bolt is provided at the center

STANDERED SIZE AND LOAD TABLE

Size	MIN.M	MAX.M
ESO + ESI	1.75M	2.70
SO+ESI	2.40	3.45
SO+SI	2.46	4.15
SO+LI	3.05	4.75
LO+SI	3.15	4.90
Lo+LI	3.15	5.50

Cup lock unique node point connection makes the fastest, safest, and most versatile scaffolding ever designed.Cup lock verticals are manufactured from (YST 240Grade) steel tubes which allow up to 57kn loadleg. the connection point is set at 5001000mm. the captive mobile cups are made out of malleable cast iron to ensure rough site handling and welded bottom cups are pressed from high quality steel . loose spigots are used to provide trouble free & stronger connection between verticals All ledgers horizontals have forge blade ends to fit in the cup of the vertica