Explosion-proof infrared sensor panel KKG-SP (M-PC340)

High performance characteristics of the explosion-proof infrared sensor panels KKG-SP are achieved by the absence of any films for the positioning of impact on the work surface. Invisible positioning grid formed by many infrared rays will accurately and explicitly identify touch points. The panel is controlled by any object with thickness more than 4 millimeters. Special microcontroller promptly processes positioning data and sends it directly to the input port, such as: explosion-proof computer, explosion-proof multimedia screen, explosion-proof terminal, or an IT device as per customer’s diagram. The panel is connected via a special intrinsically safety barrier (included in the scope of supply).

Infrared technology of explosion-proof sensor panels KKG-SP:
When the panel is touched, optical interruption of the invisible horizontal and vertical infrared rays formed by two arrays of miniature infrared LEDs occurs. An array of photodetectors is located opposite each array of infrared LEDs.

Advantages of explosion-proof infrared sensor panels KKG-SP:

• High reliability.
• All components (arrays of LEDs and photodiodes) are arranged in the panel’s frame.
• As opposed to the resistive and capacitive technology, infrared solar panels do not use fragile half-transparent sensitive evaporation coating.
• Scratches, contamination and even cracks do not impact the performance of the sensor panel.
• The panels do not require calibration. Stability of the calibration is based on 100% digital method of the positioning.
• The panels can be operated by any non-transparent object: a hand, a pencil, a hand in a glove.
• Good-quality image. Conductive positioning grids and films which can impact image quality are not applied in KKG-SP panels.
• Panels can operate at sub-zero temperatures to -40°C.

Scope of application – indoor and outdoor hazardous areas in accordance with the explosion protection marking, GOST 30852.13-2002 (IEC 60079-14:1996), dangerous production facilities of I, II, III, IV hazard classes under supervision of Rostekhnadzor and national supervisory bodies of the CU and the CIS countries.

CERTIFICATES

Marking:

1Ex ib IIC T6...T4 Gb X
Ex tb IIIC T85˚C...135˚C Db X

Mining equipment marking:

PB Ex ib I Mb

Protection:

IP54

Certificates and permits:

EAЭС RU C-RU.HA91.B.00238/21

TU 26.20.14-047-72453807-2017

GOST R ISO 9001-2015 (ISO 9001:2015)

KZ39VEH00005608

TECHNICAL DATA

Ambient temperature, °С:

-40...+50 (Т4/Т135°С)
-40...+50 (Т5/Т100°С)
-40...+40 (Т6/Т85°С)
-20...+60 (mine explosion-proof design)

Supply voltage, V:

⎓5

Rated current, A:

0,5

Enclosure material:

Galvanized steel or anti-friction polymer

C0 Capacity, µF:

500

Inductance, mH:

0,05

Climatic version:

NF1 (upon request NF2, NF3, NF4, NF5, F1, F2, F3, F5, T1, T2, T3, T5, MU1, MU2, MU3, MU4, W2.1, W5)

DIMENSIONS, OPTIONS, ACCESSORIES, ORDER CREATION

OVERALL AND MOUNTING DIMENSIONS

Overall dimensions of the panels КKG-SP without a protective visor

Model	H	L	h	l	Q	S	s
КKG-SP/12(4:3)/А	272	360,5	185,2	246,4	900	23,9	2,1
КKG-SP/15(4:3)/А	322	403,5	230	306	900	33,1	4,5
КKG-SP/17(4:3)/А	363	488,5	285	353	900	45,3	6
КKG-SP/19(4:3)/А	395	527,5	317	392	900	45,3	6

Overall dimensions of the KKG-SP panels With a protective visor

Model	S	H	L
КKG-SP/12(4:3)/Б	106	277	383
КKG-SP/15(4:3)/Б	106	355	442
КKG-SP/17(4:3)/Б	106	373	506
КKG-SP/19(4:3)/Б	106	449	606

Overall dimensions of the KKG-SP panels with a protective visor cover

Model	H	S	L	H1	S2
КKG-SP/12(4:3)/В	555	313,1	410	292,3	52,8
КKG-SP/15(4:3)/В	708	388	475	370,3	52,8
КKG-SP/17(4:3)/В	747	408,9	540	388,3	52,8
КKG-SP/19(4:3)/В	899	484,9	638,5	462,3	52,8

FORMATION OF ORDER

КKG-SP	/	X	/	X	-TU 26.20.14-047-72453807-2017
					Product Name
					Screen diagonal, inches and aspect ratio - 12(4:3), 15(4:3), 17(4:3), 19(4:3), 19(16:9);
					Configuration of the protective visor: А - Without a protective visor; Б - With a protective visor; В - With a protective visor cover;

Example: КKG-SP/15(4:3)/А

Other dimensions and aspect ratios as agreed.

CONFORMITY TO STANDARDS IN RUSSIA

GOST 14254-96 (IEC 529-89), TR CU 012/2011, GOST 30852.0-2002 (IEC 60079-0:1998), GOST 30852.10-2002 (IEC 60079-11:1999)