- Usually Ships Following Business Day
EMX
EMX KPX100 Keypad Entry for Gates and Doors
- Usually Ships Following Business Day
The EMX KPX-100 Programmable Keypad is a dual-relay access control solution designed for high-traffic and harsh outdoor environments. Built with a stainless steel faceplate, cast metal backlit keys, and an anodized powder-coated steel housing, this keypad provides reliable performance in commercial and industrial applications.
Key Features
- Dual relay outputs for two independent access points
- Over 100 million possible 4–8 digit code combinations
- Supports 100 user codes on Relay 1 and 10 user codes on Relay 2
- 12–24 VAC/DC operation (no jumper selection required)
- IP66-rated weatherproof and vandal-resistant construction
- Stainless steel faceplate with durable metal backlit keys
- Status indicator LEDs for visual system feedback
- Universal mounting for wall, post, or gooseneck installations
Construction & Durability
The KPX-100 features a 1.5mm stainless steel faceplate and cast metal illuminated keys for long-term durability. The anodized and powder-coated steel housing provides strong resistance against corrosion, impact, and weather exposure. With an IP66 rating, the keypad is fully protected against dust and powerful water jets, making it suitable for outdoor gate and door access control systems.
Electrical Specifications
- Operational Voltage: 12V–24V AC/DC
- Current Consumption: 15 mA standby; 100 mA with both relays activated
- Relay Output 1: 5A @ 30VDC max (NO/COM/NC)
- Relay Output 2: 1A @ 30VDC max (NO/COM/NC)
Environmental Specifications
- Operating Temperature: -22°F to 159°F (-30°C to 70°C)
- Humidity: 5–95% non-condensing
- Environmental Rating: IP66 all-weather protection
Physical Specifications
- Dimensions: 6.15" H x 4.1" W x 2.75" D (156mm x 103mm x 70mm)
- Weight: 2.2 lbs (980g) net
- Housing: Anodized steel with powder coat finish and ABS components
The KPX-100 is well-suited for commercial doors, gated entries, perimeter security, and other access control applications requiring dependable performance, flexible programming, and durable construction.