Customised Basic 1313 -

Customised Basic 1313

Cable Glands (Trinity Touch)

Type	Left	Right	Top	Bottom	Total Quantity
PG 7	3	3	3	3	12
PG 9	3	3	3	3	12
PG 11	3	3	3	3	12
PG 13.5	2	2	2	2	8
PG 16	2	2	2	2	8
PG 21	2	2	2	2	8
M12	3	3	3	3	12
M16	3	3	3	3	12
M20	2	2	2	2	8
M25	2	2	2	2	8

Terminal Block (Phoenix Contact)

Type	Number	Wire Size mm	Amp.Rating
UK 2.5N	14	0.2-2.5	24
UK 5N	11	0.2-4	41
UK6N	8	0.2-6	57
UK 10N	7	0.5-10	76
UK 16N	5	4-10	101
UIK 16N	5	4-16	101

RAIL CURRENT CARRYING CAPACITY

		Current	Wire Size
Rail	Material	(A)	AWG	mm2
35/7.5 (Slotted)	Steel	65	8	10
35/7.5 (Un Slotted)	Steel	87	6	16
35/15 (Slotted)	Steel	125	4	25
35/15 (Un Slotted)	Steel	125	4	25
15/5.5 (Slotted)	Steel	35	12	4
15/5.5 (Un Slotted)	Steel	47	10	6

Difference between TDR2 and TDR3 series DIN Rails
S.No.	Properties	Unit	TDR2	TDR3
1	Tensile Strength	N/mm2	270	320 -410
2	Elongation	N/mm2	28%	30 -36%
3	Hardness	HRB	50
4	Elastic Limit	N/mm2	———–	230 -280
5	SST stability Red Rust (Minimum)	Hours	240	350

About Mounting DIN Rails

•Most of the electrical accessories are designed to mount on rails that can be fixed easily on panel boards and equipments. • Mounting rails made of steel in accordance (DIN 60715) are available in Zinc plated and thick film trivalent chrome passivated. The base metal as steel used for DIN rails as per EN10130. Due to high mechanical strength & durability, high corrosion prohibitive plating and lead free (Confirms to RoHS compliance) provides the best solution for general applications. • These rails are often used as grounding bars. The current carrying capacity of these rails and the copper wire sizes required to carry that current are given above. • The 35/7.5 high rail is suitable for the majority of application and is the more cost effectiveness. • When heavy components like large PLC’s, Transformers, MPCB’S, heavy contactors and relays has to be mount than 35/15 rail is more suitable. • The 15/5.5 rail is more than half width of 35/7.5 is used for mounting of terminal blocks in confined spaces.