Need help?Do you have a question about the Isonas Pure IP Reader-Controller and is the answer not in the manual?
General| Category | Card Reader |
|---|---|
| Connectivity | Ethernet |
| Communication | TCP/IP |
| Power Supply | PoE (Power over Ethernet) |
| Housing | Polycarbonate |
| Warranty | 3 years |
| Operating Voltage | 12V DC |
| Operating Temperature | -40°C to 50°C |
| Card Formats Supported | 125 kHz Proximity |
| Supported Credentials | Proximity cards, key fobs, and tags |
Details essential requirements for safe and compliant installation, including power, wiring, and standards.
Provides technical specifications for the Pure IP Reader-Controller, covering input voltage, current, range, and more.
Offers guidelines for selecting optimal installation locations, considering environmental and regulatory factors.
Lists essential tools and components an installer must have to successfully install the Reader-Controller.
Details the process for resetting the reader-controller's configuration settings to factory defaults.
Explains how to provide power to the Reader-Controller, covering 12VDC and PoE options.
Details the Power over Ethernet (PoE) method for powering the Reader-Controller and door locks.
Outlines alternative power options beyond standard PoE for Reader-Controller installations.
Covers the process of connecting wiring for door components like latches, REX, and sensors.
Describes the function and color coding of the Reader-Controller's pigtail wiring leads.
Explains basic wiring procedures for electronic door locks, including fail-safe and fail-secure types.
Illustrates simplified lock wiring configurations specifically for installations using PoE power.
Details how to connect Request to Exit (REX) or Auxiliary (AUX) inputs to the Reader-Controller.
Explains how to connect a door sensor to detect door ajar conditions and trigger alarms.
Describes how to wire the optional Exterior Door Kit (EDK) for lock control isolation.
Provides a guide to understanding the LED status indicators on the Exterior Door Kit (EDK).
Details wiring configurations for using two Reader-Controllers with a single locking mechanism.
Addresses issues with inductive loads (like locks) and solutions using transient suppression diodes.
Presents example configurations for common installation scenarios, such as electric strikes and magnetic locks.
Explains how to configure Reader-Controllers for network communication using Ethernet TCP/IP protocols.
To Next Page