SKU | Stock | Size | Price | Price 9+ | Add to Quote | Buy |
---|---|---|---|---|---|---|
Birdmark Afterglow is a perforated disc, containing all of the reflective and luminescent properties for migrating birds in both daytime and nighttime flight. The disc absorbs and emit purple ultraviolet light visible to the birds as violet but appears as white plastic to humans. You will see the product glow for 10-12 hours after sunset. The Birdmark alert passing birds of obstruction ahead on the marked wire. The product wiggles in the wind back and forth to flash at approaching birds during windy days. | ||||||
1100 | 291 | Clamp for 10-70mm cable | Birdmark Afterglow is a perforated disc, containing all of the reflective and luminescent properties for migrating birds in both daytime and nighttime flight. The disc absorbs and emit purple ultraviolet light visible to the birds as violet but appears as white plastic to humans. You will see the product glow for 10-12 hours after sunset. The Birdmark alert passing birds of obstruction ahead on the marked wire. The product wiggles in the wind back and forth to flash at approaching birds during windy days.
| |||
1099 | 291 | Clamp for 6-16mm cable | Birdmark Afterglow is a perforated disc, containing all of the reflective and luminescent properties for migrating birds in both daytime and nighttime flight. The disc absorbs and emit purple ultraviolet light visible to the birds as violet but appears as white plastic to humans. You will see the product glow for 10-12 hours after sunset. The Birdmark alert passing birds of obstruction ahead on the marked wire. The product wiggles in the wind back and forth to flash at approaching birds during windy days.
| |||
CCR | 1 | Combi Crimp | With this special tool, it is possible to construct signs simply and quickly. The tool cuts and seals the sign and punches a slot hole in the baseplate on both sides. Instructions: -Seal one side of the baseplate. A slot is punched in one end. – Insert the characters. – Cut the baseplate. At the same time, the sign is sealed in the baseplate and a second slot is punched. The tool has a “sensor” that guarantees that the baseplate is cut at the right distance from the characters. The Combi Crimp is supplied with two different “distances” that you use depending on which marking system you are to use. The tool is used for Marking systems H10, H25, H25 Vertical and H50 and H50 Vertical. | |||
1010 | Clamp for 10-70mm wire | The FireFly is used to prevent collisions with power lines and also to prevent roosting on towers and wires. The FireFly prevents collisions with power lines (both transmission and distribution) and also prevent birds from roosting on towers and wires within a 10-meter radius of the installed product. As many bird species can see in the ultraviolet spectrum of sunlight, the birds will avoid the product. The FireFly rotates in the wind both day and night to alert approaching birds to an obstruction in their flight path. The FireFly utilizes both reflective and UV absorption in the high impact plastic plate. Complete with SnapFast clamp for power lines/conductors/cables/wires. | ||||
1019 | Clamp for 6-16mm cable | The FireFly is used to prevent collisions with power lines and also to prevent roosting on towers and wires. The FireFly prevents collisions with power lines (both transmission and distribution) and also prevent birds from roosting on towers and wires within a 10-meter radius of the installed product. As many bird species can see in the ultraviolet spectrum of sunlight, the birds will avoid the product. The FireFly rotates in the wind both day and night to alert approaching birds to an obstruction in their flight path. The FireFly utilizes both reflective and UV absorption in the high impact plastic plate. Complete with SnapFast clamp for power lines/conductors/cables/wires. | ||||
ito | 11 | Installation Tool | Installation Tool for SnapFast clamp to assemble and to remove bird protection products, flags and signs. The Tool is to be used on a hotstick | |||
h25ha | Letter A | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| ||||
h25hb | 0 | Letter B | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hc | 0 | Letter C | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hD | 0 | Letter D | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25he | 0 | Letter E | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hf | 0 | Letter F | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hg | 0 | Letter G | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hh | 0 | Letter H | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hi | 0 | Letter I | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hj | 0 | Letter J | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hk | 0 | Letter K | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hL | 0 | Letter L | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hM | 0 | Letter M | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hn | 0 | Letter N | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25ho | 0 | Letter O | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hp | 0 | Letter P | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hq | 0 | Letter Q | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hr | 0 | Letter R | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hs | 0 | Letter S | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25ht | 0 | Letter T | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hu | 0 | Letter U | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hv | 0 | Letter V | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hw | 0 | Letter W | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hx | 0 | Letter X | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hy | 0 | Letter Y | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hz | 0 | Letter Z | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25h0 | 0 | Number 0 | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25h1 | 0 | Number 1 | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25hn-7 | 0 | Number 2 | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25h3 | 0 | Number 3 | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25h4 | 0 | Number 4 | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25h5 | 0 | Number 5 | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25h6 | 0 | Number 6 | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25h7 | 0 | Number 7 | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25h8 | 0 | Number 8 | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
h25h9 | 0 | Number 9 | The system consists of baseplates with letters, numbers and characters. The edge of the baseplate is folded so that they easily can be slipped in and assembled. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. To ensure ultimate weather resistance they are made from weatherproof aluminium and then coated with a unique varnish after printing. The system is used for marking powerline poles, disconnecting switches, cable cabinets, transformer stations, signposts, electric plants, device marking, lightning poles etc. The characters are punched out of yellow 0,7 mm aluminium Theoretical reading distance is approx. 10 meters. Application examples:
| |||
This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | ||||||
H50HBP | 390 | 500mm base plate | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50h9 | 325 | Number 9 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50ha | 48 | Letter A | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hb | 99 | Letter B | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hc | 125 | Letter C | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hd | 390 | Letter D | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50he | 25 | Letter E | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hf | 390 | Letter F | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hg | 50 | Letter G | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hh | 50 | Letter H | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hi | 50 | Letter I | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hj | 25 | Letter J | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50ha-4 | 25 | Letter K | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hl | 150 | Letter L | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hm | 300 | Letter M | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hn | 48 | Letter N | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50ho | 48 | Letter O | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hp | 150 | Letter P | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hq | 25 | Letter Q | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hr | 300 | Letter R | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hs | 200 | Letter S | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50ht | 750 | Letter T | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hu | 175 | Letter U | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hv | 175 | Letter V | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hw | 75 | Letter W | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hx | 0 | Letter X | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hy | 0 | Letter Y | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50hz | 0 | Letter Z | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50h0 | 550 | Number 0 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50h1 | 425 | Number 1 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50h2 | 225 | Number 2 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50h3 | 350 | Number 3 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50h4 | 398 | Number 4 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50h5 | 374 | Number 5 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50h6 | 350 | Number 6 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50h7 | 425 | Number 7 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
h50h8 | 325 | Number 8 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. | |||
This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | ||||||
h50va | 0 | Letter A | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vb | 25 | Letter B | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vc | 0 | Letter C | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vd | 0 | Letter D | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50ve | 0 | Letter E | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vf | 75 | Letter F | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vg | 0 | Letter G | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vh | 0 | Letter H | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vi | 0 | Letter I | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vj | 0 | Letter J | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vk | 100 | Letter K | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vl | 400 | Letter L | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vm | 225 | Letter M | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vn | 0 | Letter N | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vo | 0 | Letter O | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vp | 0 | Letter P | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vq | 0 | Letter Q | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vr | 75 | Letter R | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vs | 125 | Letter S | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vt | 300 | Letter T | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vu | 200 | Letter U | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vv | 175 | Letter V | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vw | 0 | Letter W | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vx | 0 | Letter X | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vy | 0 | Letter Y | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50vz | 0 | Letter Z | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50v0 | 250 | Number 0 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50v1 | 325 | Number 1 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50v2 | 150 | Number 2 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50v3 | 200 | Number 3 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50v4 | 175 | Number 4 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50v5 | 225 | Number 5 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50v6 | 500 | Number 6 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50v7 | 300 | Number 7 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50v8 | 175 | Number 8 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
h50v9 | 175 | Number 9 | This marking system is used for marking transformer cabinets or stations, disconnecting switches, outdoor switchyards, disconnectors, cable cabinets, device marking, pole stations, powerline poles, etc. The characters are screen printed in black with yellow background and varnished after printing. Theoretical reading distance is approx. 20 meters. Designed for verticle marking | |||
The QuickMark marker is a highly visible marker. They effectively prevent costly line damage and outages caused by collisions with tall equipment. These economic markers also work on higher lines at heliports, river crossings, and other high traffic areas. QuickMark installs in seconds from the ground or a bucket. Our patented and rugged SnapFast mounting clamp prevents line slippage on single or bundled cables. QuickMark is ideal for construction sites, industrial plants, marinas, or anywhere machinery can strike low hanging distribution lines. The lightweight 260mm diameter Day-Glo orange plastic disk, with a yellow centre reflector, is highly visible to machine operators. Its patented SnapFast spring clamp allows fast and simple installation by a hot stick. | ||||||
1096 | 78 | Clamp for 10-70mm cable | The QuikMark marker is a highly visible marker. They effectively prevent costly line damage and outages caused by collisions with tall equipment. These economic markers also work on higher lines at heliports, river crossings, and other high traffic areas. QuikMark installs in seconds from the ground or a bucket. Our patented and rugged SnapFast mounting clamp prevents line slippage on single or bundled cables. QuikMark is ideal for construction sites, industrial plants, marinas, or anywhere machinery can strike low hanging distribution lines. The lightweight 260mm diameter day-glo orange plastic disk, with a yellow centre reflector, is highly visible to machine operators. Its patented SnapFast spring clamp allows fast and simple installation by a hot stick. | |||
1097 | 78 | Clamp for 6-16mm cable | The QuikMark marker is a highly visible marker. They effectively prevent costly line damage and outages caused by collisions with tall equipment. These economic markers also work on higher lines at heliports, river crossings, and other high traffic areas. QuikMark installs in seconds from the ground or a bucket. Our patented and rugged SnapFast mounting clamp prevents line slippage on single or bundled cables. QuikMark is ideal for construction sites, industrial plants, marinas, or anywhere machinery can strike low hanging distribution lines. The lightweight 260mm diameter day-glo orange plastic disk, with a yellow centre reflector, is highly visible to machine operators. Its patented SnapFast spring clamp allows fast and simple installation by a hot stick. | |||
Quik | 50 | 4.5x150mm | Quiklok is our premium marine grade stainless steel, tool-less zip tie. The stainless steel strap simply feeds around the pre-drilled holes of the sign or label, and back through its own built-in tightening and locking device. Once tied, the Quiklok is locked permanently.
| |||
Quiklok ties, flame-resistant tool less zip tie made from UV rated Nylon for corrosive environments.
| ||||||
QCAU | Quiklok is our premium marine grade stainless steel, tool-less zip tie. The stainless steel strap simply feeds around the pre-drilled holes of the sign or label, and back through its own built-in tightening and locking device. Once tied, the Quiklok is locked permanently. Coated with polyester epoxy resin coating to prevent dissimilar metal corrosion, coating has been tested to 180 degrees for a 15min period and passed this test successfully.
| |||||
Quiklok is our premium marine grade stainless steel, tool-less zip tie. The stainless steel strap simply feeds around the pre-drilled holes of the sign or label, and back through its own built-in tightening and locking device. Once tied, the Quiklok is locked permanently.
| ||||||
Q46200N | 200 | 4.6x200mm | Quiklok ties, flame-resistant tool-less zip tie made from UV rated Nylon for corrosive environments.
| |||
Q46350N | 630 | 4.6x350mm | Quiklok ties, flame-resistant tool-less zip tie made from UV rated Nylon for corrosive environments.
| |||
Q76450N | 200 | 7.6x450mm | Quiklok ties, flame-resistant tool-less zip tie made from UV rated Nylon for corrosive environments.
| |||
Q46150C | 803 | 4.6x150mm | Quiklok is our premium marine grade stainless steel, tool-less zip tie. The stainless steel strap simply feeds around the pre-drilled holes of the sign or label, and back through its own built-in tightening and locking device. Once tied, the Quiklok is locked permanently. Coated with polyester epoxy resin coating to prevent dissimilar metal corrosion, coating has been tested to 180 degrees for a 15min period and passed this test successfully.
| |||
Q46700C | 0 | 4.6x700mm | Quiklok is our premium marine grade stainless steel, tool-less zip tie. The stainless steel strap simply feeds around the pre-drilled holes of the sign or label, and back through its own built-in tightening and locking device. Once tied, the Quiklok is locked permanently. Coated with polyester epoxy resin coating to prevent dissimilar metal corrosion, coating has been tested to 180 degrees for a 15min period and passed this test successfully.
| |||
Q46200C | 803 | 4.6x200mm | Quiklok is our premium marine grade stainless steel, tool-less zip tie. The stainless steel strap simply feeds around the pre-drilled holes of the sign or label, and back through its own built-in tightening and locking device. Once tied, the Quiklok is locked permanently. Coated with polyester epoxy resin coating to prevent dissimilar metal corrosion, coating has been tested to 180 degrees for a 15min period and passed this test successfully.
| |||
Q46250C | 300 | 4.6x250mm | Quiklok is our premium marine grade stainless steel, tool-less zip tie. The stainless steel strap simply feeds around the pre-drilled holes of the sign or label, and back through its own built-in tightening and locking device. Once tied, the Quiklok is locked permanently. Coated with polyester epoxy resin coating to prevent dissimilar metal corrosion, coating has been tested to 180 degrees for a 15min period and passed this test successfully.
| |||
Q46300C | 300 | 4.6x300mm | Quiklok is our premium marine grade stainless steel, tool-less zip tie. The stainless steel strap simply feeds around the pre-drilled holes of the sign or label, and back through its own built-in tightening and locking device. Once tied, the Quiklok is locked permanently. Coated with polyester epoxy resin coating to prevent dissimilar metal corrosion, coating has been tested to 180 degrees for a 15min period and passed this test successfully.
| |||
Q46350C | 2042 | 4.6x350mm | Quiklok is our premium marine grade stainless steel, tool-less zip tie. The stainless steel strap simply feeds around the pre-drilled holes of the sign or label, and back through its own built-in tightening and locking device. Once tied, the Quiklok is locked permanently. Coated with polyester epoxy resin coating to prevent dissimilar metal corrosion, coating has been tested to 180 degrees for a 15min period and passed this test successfully.
| |||
Q46450C | 2042 | 4.6x450mm | Quiklok is our premium marine grade stainless steel, tool-less zip tie. The stainless steel strap simply feeds around the pre-drilled holes of the sign or label, and back through its own built-in tightening and locking device. Once tied, the Quiklok is locked permanently. Coated with polyester epoxy resin coating to prevent dissimilar metal corrosion, coating has been tested to 180 degrees for a 15min period and passed this test successfully.
| |||
Q79700C | 0 | 7.9x700mm | Quiklok is our premium marine grade stainless steel, tool-less zip tie. The stainless steel strap simply feeds around the pre-drilled holes of the sign or label, and back through its own built-in tightening and locking device. Once tied, the Quiklok is locked permanently. Coated with polyester epoxy resin coating to prevent dissimilar metal corrosion, coating has been tested to 180 degrees for a 15min period and passed this test successfully.
| |||
Q46150U | 289 | 4.6x150mm | Quiklok is our premium marine grade stainless steel, tool-less zip tie. The stainless steel strap simply feeds around the pre-drilled holes of the sign or label, and back through its own built-in tightening and locking device. Once tied, the Quiklok is locked permanently. Coated with polyester epoxy resin coating to prevent dissimilar metal corrosion, coating has been tested to 180 degrees for a 15min period and passed this test successfully.
| |||
Q46200U | 289 | 4.6x200mm | Quiklok is our premium marine grade stainless steel, tool-less zip tie. The stainless steel strap simply feeds around the pre-drilled holes of the sign or label, and back through its own built-in tightening and locking device. Once tied, the Quiklok is locked permanently. Coated with polyester epoxy resin coating to prevent dissimilar metal corrosion, coating has been tested to 180 degrees for a 15min period and passed this test successfully.
| |||
Q46250U | 3172 | 4.6x200mm | Quiklok is our premium marine grade stainless steel, tool-less zip tie. The stainless steel strap simply feeds around the pre-drilled holes of the sign or label, and back through its own built-in tightening and locking device. Once tied, the Quiklok is locked permanently. Coated with polyester epoxy resin coating to prevent dissimilar metal corrosion, coating has been tested to 180 degrees for a 15min period and passed this test successfully.
| |||
Q46300U | 3172 | 4.6x300mm | Quiklok is our premium marine grade stainless steel, tool-less zip tie. The stainless steel strap simply feeds around the pre-drilled holes of the sign or label, and back through its own built-in tightening and locking device. Once tied, the Quiklok is locked permanently. Coated with polyester epoxy resin coating to prevent dissimilar metal corrosion, coating has been tested to 180 degrees for a 15min period and passed this test successfully.
| |||
Q46350U | 210 | 4.6x350mm | Quiklok is our premium marine grade stainless steel, tool-less zip tie. The stainless steel strap simply feeds around the pre-drilled holes of the sign or label, and back through its own built-in tightening and locking device. Once tied, the Quiklok is locked permanently. Coated with polyester epoxy resin coating to prevent dissimilar metal corrosion, coating has been tested to 180 degrees for a 15min period and passed this test successfully.
| |||
Q46450U | 289 | 4.6x450mm | Quiklok is our premium marine grade stainless steel, tool-less zip tie. The stainless steel strap simply feeds around the pre-drilled holes of the sign or label, and back through its own built-in tightening and locking device. Once tied, the Quiklok is locked permanently. Coated with polyester epoxy resin coating to prevent dissimilar metal corrosion, coating has been tested to 180 degrees for a 15min period and passed this test successfully.
| |||
Q79250U | 200 | 7.9x250mm | Quiklok is our premium marine grade stainless steel, tool-less zip tie. The stainless steel strap simply feeds around the pre-drilled holes of the sign or label, and back through its own built-in tightening and locking device. Once tied, the Quiklok is locked permanently. Coated with polyester epoxy resin coating to prevent dissimilar metal corrosion, coating has been tested to 180 degrees for a 15min period and passed this test successfully.
| |||
Q79700U | 289 | 7.9x700mm | Quiklok is our premium marine grade stainless steel, tool-less zip tie. The stainless steel strap simply feeds around the pre-drilled holes of the sign or label, and back through its own built-in tightening and locking device. Once tied, the Quiklok is locked permanently. Coated with polyester epoxy resin coating to prevent dissimilar metal corrosion, coating has been tested to 180 degrees for a 15min period and passed this test successfully.
| |||
U2681 | 7 | Quiklok Tool | The quiklok304 tightening and cutting tool is a versatile tool used for fastening and cutting stainless steel cable ties. Can be used on cable ties between 4.6-7.9mm wide. For | |||
The FireFly is used to prevent collisions with power lines and also to prevent roosting on towers and wires. The FireFly prevents collisions with power lines (both transmission and distribution) and also prevent birds from roosting on towers and wires within a 10-meter radius of the installed product. As many bird species can see in the ultraviolet spectrum of sunlight, the birds will avoid the product. The FireFly rotates in the wind both day and night to alert approaching birds to an obstruction in their flight path. The FireFly utilizes both reflective and UV absorption in the high impact plastic plate. Complete with SnapFast clamp for power lines/conductors/cables/wires. | ||||||
| ||||||
1055 | 230 | Clamp for 6-16mm cable |
| |||
1050 | 72 | Clamp for 6-16mm cable |
|