Using 13.56 MHz contactless smart card technology, the iCLASS RWK400 provides a powerful solution. Combine a contactless card presentation with a personal identification number (PIN) to support dual authentication of identity. Or, configure the panel for single-factor authentication, using only a card or a PIN.

The PIN can be verified either at the access control panel or locally by the keypad reader. When verified locally, the PIN must be programmed into the iCLASS card.

The RWK400 offers the same features as the RK40, with the extended ability to read/write user data to HID iCLASS credentials. Read/write applications include the storage/retrieval of data such as biometric templates, health records, time and attendance, and digital cash. The possibilities are endless!

Supporting read/write applications, the RW400 reads/writes user data to HID iCLASS credentials that offer either 2Kbits (256Bytes), 16Kbits (2KBytes)or 32 kbits (4KBytes) of data storage.   Read/write applications include IT secure authentication, biometric template storage, digital cash, time and attendance, equipment/material use or checkout and transit passes.   The 12-position weatherproof keypad uses discrete switches to provide positive tactile response, optionally reinforced by an audible tone.     The keypad also features a waterproof silicone rubber boot, vandal-resistant metal keycaps, and backlit numbering. Typical Maximum Read Range* 2-3.5" (5.0-8.9 cm) with HID iCLASS Card 1.5-2.0" (3.8-5.0 cm) with HID iCLASS Key 1.5-2.0" (3.8-5.0 cm) with HID iCLASS Tag 1.5-1.8" (3.8-4.5 cm) with HID iCLASS Prox 1-2" (2.5-5.0 cm) with MIFARE Card (serial number only) *Using ISO 15693 mode (except MIFARE). Dependent upon installation conditions. Please note that all iCLASS credentials are available in either a 2k bit (256 Byte) or 16k bit (2k Byte) configuration. Dimensions 3.30" x 4.80" x 0.9" (8.38 cm x 12.19 cm x 2.286 cm) Card Compatiblity The keypad reader reads standard proximity format data from HID iCLASS® cards, and will output data as encoded. When reading MIFARE® cards, the keypad reader can be configured to output 26-bit, 32-bit, 34-bit, or 40-bit Wiegand formats based on the card serial number. Wiegand keypad data format can be configured for transmission of individual key presses as ASCII encoded Hex digits, or for buffering and transmission of the PIN as a card number in SIA 26-bit format with a configurable facility code.