TRU-Vu SRMTC-17V

Highlights The SRMT-17 Sunlight Readable Touch Screen monitors are designed to operate in direct bright sunlight, or in other high ambient-light conditions. They utilize state-of-the-art LED backlights to produce over 1,000 nits of brightness (vs. 250-300 nits for standard monitors). This results in amazingly bright, crystal-clear images, even with direct, bright sunlight on the face … Continued

TRU-Vu SRMHTRWP-17C

Highlights The SRMHTRWP-17C Sunlight Readable waterproof panel-mount touch screen monitors are designed to operate in direct bright sunlight, or in other high ambient-light conditions. They utilize state-of-the-art LED Backlights to produce over 1,500 nits of brightness (vs. 250-300 nits for standard monitors). The 5-wire resistive touch screen can be activated by almost any object — … Continued

TRU-Vu SRMHTRWP-17C

Highlights The SRMHTRWP-17C Sunlight Readable waterproof panel-mount touch screen monitors are designed to operate in direct bright sunlight, or in other high ambient-light conditions. They utilize state-of-the-art LED Backlights to produce over 1,500 nits of brightness (vs. 250-300 nits for standard monitors). The 5-wire resistive touch screen can be activated by almost any object — … Continued

TRU-Vu SRMHTRWP-17C

Highlights The SRMHTRWP-17C Sunlight Readable waterproof panel-mount touch screen monitors are designed to operate in direct bright sunlight, or in other high ambient-light conditions. They utilize state-of-the-art LED Backlights to produce over 1,500 nits of brightness (vs. 250-300 nits for standard monitors). The 5-wire resistive touch screen can be activated by almost any object — … Continued

TRU-Vu SRMHTRWP-17C

Highlights The SRMHTRWP-17C Sunlight Readable waterproof panel-mount touch screen monitors are designed to operate in direct bright sunlight, or in other high ambient-light conditions. They utilize state-of-the-art LED Backlights to produce over 1,500 nits of brightness (vs. 250-300 nits for standard monitors). The 5-wire resistive touch screen can be activated by almost any object — … Continued

TRU-Vu SRM-17R-DB-H

Highlights The SRM-17S Sunlight Readable LCD monitors are designed to operate in direct bright sunlight, or in other high ambient-light conditions. These state-of-the-art monitors produce over 1,000 nits of brightness (vs. 250-300 nits for standard monitors). This results in amazingly bright, crystal-clear images, even with direct, bright sunlight on the face of the screen. The … Continued

TRU-Vu SRM-17R-DB-H

Highlights The SRM-17S Sunlight Readable LCD monitors are designed to operate in direct bright sunlight, or in other high ambient-light conditions. These state-of-the-art monitors produce over 1,000 nits of brightness (vs. 250-300 nits for standard monitors). This results in amazingly bright, crystal-clear images, even with direct, bright sunlight on the face of the screen. The … Continued

TRU-Vu SRM-17S-DB-H

Highlights The SRM-17S Sunlight Readable LCD monitors are designed to operate in direct bright sunlight, or in other high ambient-light conditions. These state-of-the-art monitors produce over 1,000 nits of brightness (vs. 250-300 nits for standard monitors). This results in amazingly bright, crystal-clear images, even with direct, bright sunlight on the face of the screen. The … Continued

TRU-Vu SRM-17S-DB-H

Highlights The SRM-17S Sunlight Readable LCD monitors are designed to operate in direct bright sunlight, or in other high ambient-light conditions. These state-of-the-art monitors produce over 1,000 nits of brightness (vs. 250-300 nits for standard monitors). This results in amazingly bright, crystal-clear images, even with direct, bright sunlight on the face of the screen. The … Continued

TRU-Vu SRM-17P-DB-H

Highlights The SRM-17S Sunlight Readable LCD monitors are designed to operate in direct bright sunlight, or in other high ambient-light conditions. These state-of-the-art monitors produce over 1,000 nits of brightness (vs. 250-300 nits for standard monitors). This results in amazingly bright, crystal-clear images, even with direct, bright sunlight on the face of the screen. The … Continued