The PIM400-TD2 seamlessly integrates to virtually any access control panel and their reader interface modules via Wiegand or Clock & Data protocols. Each PIM400-TD2 supports up to two wireless access devices such as AD-400 series locks.

Reliable communications result from several technological advances and incorporated features. 900 MHz spread spectrum technology enables high transmission power in a license-free band. Error detection algorithm maintains data integrity on each transmission and redundant transmissions ensure communication success. Periodic “heartbeat” signals provide supervision and assure reliable RF communications are maintained. Lastly, Dynamic Channel Switching (DCS) can be enabled to overcome harsh RF environments by automatically changing channels to avoid potential interference.

Used extensively by government and military organizations, spread spectrum technology provides significant security advantages over conventional transmission methods. Wireless access devices utilize spread spectrum transmissions, which are encrypted with AES-128 bit keys, to yield a system that is virtually uncompromisable. In addition, scalability is virtually unlimited as each AD-Series wireless access module has nearly a million addresses to choose from during the linking process.

Patent-pending Wake-up On Radio (WOR) feature drives communication from the PIM400 to any or all linked wireless devices in 10 seconds or less. This innovative feature works efficiently in parallel with periodic “heartbeat” to maintain up to 2 year battery life on wireless devices such as the AD-400 locks. Response rate can be field configured down to 1 second with consideration of battery life. When Wake-up On Radio is used in critical applications Dynamic Channel Switching should also be enabled.

Features and Benefits

• 900 MHz spread spectrum RF technology for long range, reliable communications

• Supports up to two AD-Series wireless devices

• Automatic linking to remote wireless access points with 10 channel frequencies to select from enables easy commissioning

• AES-128 bit encrypted spread spectrum transmissions

• 13 visual indicators to quickly verify operation and troubleshoot

• Flash memory for easy software upgrades

Specifications

Frequency Range 902-928 MHz

Modulation 900 MHz spread spectrum, direct sequence, 10 channels

RF Interference Avoidance Optional Dynamic Channel Switching

Transmission/Encryption AES-128 bit Key (optional)

Credential Verification Time < 1 second*

Communication Range Up to 200 ft (61 m) with obstructions, Up to 1000 ft (305 m) clear line of site, Up to 2000 ft (609 m) line of site with high gain antenna on PIM400, Up to 4000 ft (1219 m) line of site with high gain antennas on PIM400 and WRI400

Visual/Audible Communications 13 LEDs for Status Indicators

System Interface Wiegand (data1/data0) or Magnetic Stripe (Clock & Data)

Power Supply 12 VDC or 24 VDC

Voltage Range 9.5 VDC to 26 VDC

Max Current Requirement Up to 250 mA

Operating Temperature -31° to 151°F (-35° to 66°C)

Operating Humidity 0 - 100% condensing

Dimensions (HWD) 7.1” x 7.1” x 3.0” (18.0 cm x 18.0 cm x 7.6 cm)

Weight 1.25 lb (.56 kg)

Cable Specifications DC Power Input: 18AWG, 2 Conductor (Belden 8760 or equivalent) up to 1000 ft (303 m) PIM400-TD2 to ACP: 22AWG, 8 Conductor Shielded (Alpha 1298C or equivalent) up to 500 ft (152 m)

Data Rate RF: 40 kbps

Certifications NEMA 1, 4, 4X, 6; UL 294, FCC Part 15; Canada RSS 210, RoHS

ADDITIONAL FEATURES

Reliable Communications

900 MHz band enables longer transmission ranges. In general, signal propagation with longer wavelengths travel a greater distance and penetrate through, and around objects better than signals with shorter wavelengths.

Online Communications (Heartbeat)

Regular communications between the AD-Series wireless access module and PIM400 monitor transmission presence and integrity. Online communications enable the PIM400 to download information or instructions such as unlock and relock.

Auto Addressing (Linking)

One of the final steps in the installation process is called “linking”.  Linking ties a specific wireless access module to a selected PIM400 and assigns a unique address. There are over 65,000 unique addresses available per channel, providing nearly a million combinations for virtually unlimited scalability.

Assured Communications

A Packet-Error-Rate-Test (PERT) is performed during linking at reduced power levels to ensure reliable communication during operation.

Encoded Transmissions

Each RF transmission is encrypted with AES-128 bit keys to provide virtually uncompromisable security.

Tamper

The PIM400 cover is monitored by a tamper switch.

Visual LED Indications

• Power on

• Microprocessor running

• Linking status to WAPM

• PIM transmitting RF data

• PIM receiving RF data

• PIM receiving data

• PIM transmitting data

• Door Position

• PIM tamper status

• PIM firmware version

• Wiegand and Clock & Data Status 1 & 2

• Door Status 1 & 2

• Trouble 1 & 2

Standard Open Collector Contacts

• Configurable for Normally Open or Normally Closed

• Door Position

• Request-to-Exit

• Request-to-Enter

• Trouble

Optional Daughter Board to achieve Dry Contact

• Configurable for Normally Open or Normally Closed

• Door Position

• Request-to-Exit

• Request-to- Enter

• Trouble

Access Point Status Available Through PIM400-TD2

• Wiegand or Magnetic Stripe Card Data

• Door Position

• Request-to-Exit

• Request-to-Enter (optional)

• Trouble

- loss of RF communication

- low battery

- PIM tamper

- reader tamper

Configurable Items from PIM400-TD2

• Wake up On Radio (WOR)

• Heartbeat frequency

• Relock parameters

• Card data format conversion

• Extended unlock

• Fail Safe/Fail Secure/Fail As-Is

• Door held pre-alarm

• Cache memory parameters

• Dynamic channel switching (DCS)

• Reader Configuration

• Keypad Configuration

• User interface configuration