Indala FlexPass Reader NC-FP805BK Wave Wall, Black
Custom orders usually ship in 1-2 weeks.
FP805BK Wave Wall, Black
FlexPass Wave style wall switch proximity reader. Up to a 5" (12.7cm) read range. Single stage, low profile wall switch mount, interior or exterior reader. Contains red/green LED indicator. Requires 4-16VDC linear power supply. Maximum current: 96mA @ 12VDC, 100mA @ 5VDC. Dimensions: 4.75" H x 3.24" W x 1.1" D (12.1cm H x 8.2cm W x 2.8cm D).
IndalaÃ‚â€™s high-quality line of 125 kHz FlexPass Readers combines intelligent programming technology with a range of stylish cover designs. The FlexPass portfolio includes mullion, wall switch, mid-range, long range and keypad readers as well as credentials.
The Classic reader is uniquely designed to replace a Wiegand reader. The dimensions are the same as the Classic Wiegand Swipe reader and the mounting holes match up as well.
The Slim reader is ideal for mounting on door frames.
The Wall Switch reader is similar in size to most US switch plates and can be mounted on a single gang box.
The Mid-Range reader is designed for application requiring a longer read range. The Mid-Range reader can be mounted on both US single and double gang boxes.
With its sleek, modern design and vandal-resistant construction, the new FlexPass Heavy-Duty Keypad combines both a proximity reader and keypad in one small, attractive package. It is designed to mount on a wall box or a flat surface. Its rugged construction of (fully potted) PC/ABS Copolymer material is virtually indestructible and, therefore, it provides a longer life and better value for the end user.
The Long Range Reader is ideal for parking applications, and situations that require longer read ranges. The Long Range Reader matches the Arch design, and is suitable for both indoor and outdoor applications.
- Available with Wiegand, and ABA Track II Outputs
- Available in a range of colors and bezel styles to suit most decors
- Tri-color LED indicator (red, green, amber)
- Independently controllable audio tone (can be tied to LED function or separately controlled)