eight io+ Door Controller (Pro Wireless) - PN: 8DPW

eight io+ Door Controller (Ethernet) - PN: 8DPE

* Optional Wireless Expander - PN: 8DEW

* Optional Ethernet Expander - PN: 8DEE

Eight io+ has all the features of our legacy eight io with the addition of an integrated, multi-feature power supply to control up to 8 doors or 10 elevator floors. The eight io+ is often mounted in a central location where hardware can easily be pulled to. It can be used for any sized system, anything entry-level to enterprise-level. After being mounted, it will communicate to the Cloud Node. It is available in two different models: Ethernet and Wireless (WiMAC). Ethernet is used for our Ethernet controllers, and the WiMAC module is used in our wireless controllers. 

The eight io+  provides a solution for home-run applications and system takeovers. The eight io+ controller also features elevator control. Two additional aux relays allow for control of up to 10 elevator floors. The eight io+ is also easily expandable. By adding an expander board, the enclosure can house access control for up to 16 doors or 20 elevator floors out of one 14" x 16" x 4" enclosure. Whether doors or elevators are being controlled, you won’t find a more compact, efficient, and easier-to-use door controller on the market.

Specifications for the eight io+ are eight reader ports, eight input/output blocks, eight main relays, two additional aux relays, and a 12 VDC power supply input that allows up to 10 Amps on the BUS. You’ll also find a communication module. These modules will differ depending on the type of controller being installed.

Table of Contents

Safety, Maintenance, & Operational Information

Features

Specifications

Power / Backup Battery

Installation

Additional Listed System Components

Mounting Instructions

Communications Connections

Antenna Mounting Best Practices

Power

Backup Battery

Additional Battery Enclosure

Battery Maintenance, Replacement, & Disposal

Components

Door Controller Board Legend

Connectors - Ports 1 to 10

5-Pin Connectors

3-Pin Connectors - A B -

3-Pin Connectors - NC C NO

Ports 9 & 10

Power Port

Ethernet LED Indicators

Wireless LED Indicators

Wiring

Recommended Wiring Dimensions

Reader & Piezo Wiring Diagram

Maglock & REX Wiring Diagram

Door Position Switch (DPS) Wiring Diagram

Locking Relay Wiring Diagram

Diode Setup

Aux Output Connection Wiring Diagram

Piezo Device to Door Controller Instructions Video

Fail-Secure Door Strike Wiring Diagram

Fail-Safe Door Strike Wiring Diagram

Wiring for Elevator Control

24 Volt DC Configuration

Altronix eFlow102NB Power Supply/Charger

Specifications

Installation Instructions

Wiring

Maintenance

LED Diagnostics

Terminal Identification

eFlow102NB Configuration Figure

Certifications

Technical Support

Copyright

Features

Upgrade Any Wired System 

The eight io+ makes upgrading a traditional wired system easier than ever. Take control of up to eight individual doors with the eight io+ controller. Easily convert existing wired systems to experience the benefits and capabilities of the pdk io platform.

Expand to Sixteen Doors 

System expansion is a breeze! Just replace the existing controllers with eight io+ or single io controllers and use most or all of the existing door hardware. The eight io+ makes system upgrades effortless and cost effective. 

Fully Supervised 

Never be caught off guard again. Pdk io intelligently monitors the network and wireless connectivity of each controller in your system and alerts you if any issues arise.

Elevator Control 

Provide a seamless, more effective elevator solution. The eight io+ doubles as an elevator controller, allowing control of up to ten elevator floors. The eight io+ is smaller and more powerful than any other controller in its class.

Plug n’ Play Connectivity 

All io devices were designed to be plug n’ play. That means they’re easy to install right out of the box. It’s easy to add in any io device no matter how large the job is, and a system can be quickly scaled to any size. A Cloud Node can be connected with up to a thousand doors on a single platform.

Wireless or Network 

Choose from flexible connectivity options that fit any application. The eight io+ is built for ultra-low bandwidth consumption and easily connects to existing or dedicated networks. Easily expand a system's wireless coverage (via network) using the Ethernet Gateway.

Eight io+ Specifications

Connections 

• Removable screw-down terminals 
• Industrial-grade 2A Form-C relays (1 Door / 1 Aux) 
• Reader input (2) 
• Input A (Door Position Sensor) 
• Input B (Request To Exit) 

Communication Options 

• Ethernet 
• WiMAC Wireless Mesh (2.4 GHz / 802.15.4) 
• Encryption: AES 128-bit 
• Wireless Range: 1 mile line of sight / 450 ft. indoor average 

Environmental 

• Temperature: -4º ~ +140º F or -20º ~ +60º C
• Humidity: 0 - 9

Enclosure 

• Dimensions (WxHxD) 14” x 16” x 4” 
• Metal lockable security can (indoor use only) 

Weight 

• 8DPW/8DPE: 6.3 lbs (100.8 oz)
• 8DEW/8DEE (Expander board): .41 lbs (6.56 oz)

Compliance 

• Conforms to UL 294

Requirements

Power / Backup Battery

• Power readers and other door hardware using the built-in bus 10A concurrent max on the bus.(Battery is not included.) 

• A 12VDC 5.0 Ah (minimum, but depends on components attached to the system and their amperage requirements) lead-acid backup battery is HIGHLY recommended to prevent system failure in the event of AC power loss. 

Installation 

This Installation article provides instructions for installing the ProdataKey eight io+ controller. 

The ProdataKey eight io+ door controller package includes the door controller, Altronix eFlow120NB Power Supply/Charger, and wireless or Ethernet communication module pre-mounted in the enclosure. 

Package Contents: 

• eight io+ door controller - Wireless or Ethernet (1) 
• Antenna (1) 
• Jumpers (8) 
• Diodes (8) 
• Key & Lock (1) 
• Quick Start Guide (1)
• Labels (2)

Recommended Tools

• Drill and the appropriate size drill bits
• Phillips / Slotted screwdriver (to match screw heads)
• Mounting screws (4) 
• Wall anchors (4) if mounting to drywall
• Pencil (to mark hole positions on the mounting surface)
• Wire stripper/crimper

Additional Listed System Components

Cloud Node	Provides unlimited cardholders, years of event storage, battery backup, and auto data backup.  Cloud Node Part Number: CN  Cloud Node Server Edition Part Number: SVR
Single io	Run controls for multiple doors and/or build a larger network. Also used for legacy system change-out.  Wireless Part Number: 1DW  Ethernet Part Number: 1DE Power Over Ethernet Part Number: 1DPOE
Proximity Reader	Must be UL 294 listed
Proximity Credentials	Must be UL 294 listed
Electronic Locking Hardware	Must be UL 294 listed

NOTE: For information about other products and services, see https://www.prodatakey.com > Products

Mounting Instructions

Before beginning the installation, read these instructions thoroughly. Make sure you have read and understand the Safety Information.

WARNING: Disconnect power before working with the ProdataKey product. DO NOT mount the product while power is applied. Always apply power at the end of the installation after verifying wiring connections are correct; incorrect wiring could cause damage to the product.

Please follow these mounting suggestions for the eight io+ and Cloud Node: 

1. To optimize signal strength, mount the Cloud Node and eight io+ above the door frame or higher where possible. 

2. Strategic placement of the Cloud Node will optimize wireless communication with the controllers. 

3. Install the eight io+ in an environmentally controlled and secure area. 

4. Ensure the antenna is free from obstructions such as close proximity to metal beams and pillars, and high-power cables that may cause wireless interference.

These instructions allow you to easily fasten the box properly and securely to a wall surface. Prior to beginning, ensure you have the package contents, tools, and necessary materials for the installation on an appropriate surface (drywall, wood, etc.). 

1. Use the door controller box to mark the four hole positions on the wall and drill holes into the surface. If mounting to drywall, insert anchors into the four holes to secure the screws to the surface.

2. Align the can’s holes to the holes in the wall surface and secure the box to the wall with the four screws so the box is securely fastened to the wall. 

3. If the communication method is wireless, screw in the threaded antenna to the RP-SMA connector on top of the box. See Antenna Mounting Best Practices for additional information. 

NOTE: For UL certified wire installations, all wire running from an eight io+ door controller to a lock, strike, or reader device MUST be less than 98.5 feet (30 meters). 

4. Strip the ends of the wires as required. 

5. Install the reader and attach the wires meeting your reader configurations. See Wiring Diagrams for additional information. 

6. Connect the wires between the door controller and locks, doors, and other devices as required. 

NOTE: For information about the connectors and their specifications and diagrams, refer to the appropriate wiring diagrams: Maglock, Fail-Secure Door Strike, and Fail-Safe Door Strike.

For devices that have been configured in the product’s hardware configuration pages, use the hardware pin charts as a guide on how to connect the pins. For information about hardware configuration and the hardware pin charts, see the Connectors section. 

For information about connecting other wires, such as power wires to third-party locks, readers, and other devices, see the respective manufacturers’ instructions.

7. A backup battery is HIGHLY recommended to prevent system failure in the event of an AC power loss. Add the 12VDC 5.0 Ah (minimum, but it depends on the components, and their amperage requirements, that are attached to the system) lead-acid battery, attaching the wires from the battery to the power supply board battery terminal (C). 

If you have any questions or need help with installation or any of the hardware described in this manual, please feel free to contact the knowledgeable ProdataKey Technical Support staff. 

Communications Connections

NOTE: If two Cloud Nodes are in the same vicinity (even within a mile) and you are unable to detect a wireless device on the nearest Cloud Node, check the other Cloud Node in Discovery to see if it connected to the wrong Cloud Node. 

(A) Wireless WiMAC - All wireless connections come pre-connected. If you find the antenna whip is off or loose, or your signal is weak you’ll want to tighten or check this connection. Be cautious when reconnecting. 

NOTE: By default, wireless devices use what is known as DHCP (Dynamic Host Configuration Protocol), which automatically assigns a dynamic (temporary) IP address for a network. For eight io+ Ethernet connections, a static (permanent) IP address is REQUIRED; a static IP address is not required for Cloud Nodes.

(B) Ethernet - Ethernet connected controllers accept RJ45 connections. When used, the controller will be assigned a DHCP address. Controllers can be assigned a static IP address by using the Lantronix network utility software referred to below.

NOTE: To set up a static IP address for an Ethernet device, the third-party Lantronix DeviceInstaller application can be used. A suggested static IP address can be obtained from your IT manager or network administrator. The default dynamic IP address that is already assigned to the device by the router may also be used and converted to a static IP address. 

Download the Lantronix DeviceInstaller (stand-alone version) at the Lantronix website for the necessary zip file (and DeviceInstaller Help, if necessary) to install and use this application.

NOTE: When adding an Ethernet door controller, ensure that when you are using the Lantronix device installer app that your WiFi is turned off and you are hard-wired from your laptop to the customer’s network, otherwise you will not be able to see the devices.

Antenna Mounting Best Practices

The wireless reach of the antenna spreads out in a horizontal, donut-like pattern. Because the controller can be mounted horizontally or vertically, there are some best practices to consider regarding the antenna.

• The antenna’s wireless signal strength has a one-mile line-of-sight range, or an indoor average of 450 feet, depending on the building’s construction type. 

• Consider the controller’s antenna direction. 

• When mounting the controller box vertically (A), (antenna protruding from the top) be sure the antenna is pointing straight up for the best signal. 

• When mounting the controller box horizontally (B), (antenna protruding from the side) turn the antenna pointing upward 90 degrees for the best signal. 

• For optimal signal strength, mount the controller vertically and approximately at head height or higher (D).

• Install the controller in an environmentally-controlled and secure area. 

• Be mindful of the building’s construction and the controller’s location; positioning the antenna around metal or near high voltage can impair signal strength. 

• Installing multiple wireless door controllers close to each other is NOT ideal. For wireless controllers, a MINIMUM distance of 15 feet (or an ideal -35 to -60 dBm signal strength*) between controllers is recommended. Door controller antennas in close proximity can impair signal strength. 

* Signal strength is represented in -dBm (decibel-milliwatts) format (0 to -100). dBm is used to indicate a power ratio expressed in decibels with reference to one milliwatt (mW) of the measured power. 

Power 

Backup Battery 

A backup battery is HIGHLY recommended to prevent system failure in the event of an AC power loss. Using a battery that meets the following specifications will provide backup power in the event of an AC power loss. 

• Recommended Battery Type: 12VDC 5.0 Ah (minimum, but it depends on the components, and their amperage requirements, that are attached to the system) lead-acid battery 

• Recommended Battery Size: 4” (L) x 3.5” (H) x 3” (W) 

• Max Battery Pocket Dimensions: 6” (L) x 5” (H) x 4” (W) 

(A) 12VDC Altronix Power Supply - Use the positive (+) and negative (-) 12VDC output from the Altronix power supply to the corresponding eight io+ positive (+) and negative (-) DC power input for devices using 12VDC that will be connected to the eight io+ (10 Amp Maximum).  

IMPORTANT: Jumpers must remain OFF on ports powering 24VDC hardware. Power to the eight io+ MUST be 12VDC ONLY. DO NOT power the eight io+ board with 24VDC. 

24VDC - When using 24VDC, the Eight io+ controller MUST be powered with 12VDC to power readers, REX devices, etc. If 24VDC is required for other hardware devices, provide a second power supply with 24VDC which will then be fed into the common on each port relay for powering 24VDC devices. Any 24VDC hardware devices must be connected to the board. Take a negative (-) wire from the 24 VDC power supply, and insert it to the Common (C) terminal on the main relay. Run a red positive (+) wire from the 24VDC power supply to the hardware device. Run the negative wire from the hardware device to Normally Open (NO) on the main relay.

The MAXIMUM pass-through limit as a “dry contact” is 24 volts at 2 amps!

(C) Battery Backup - A backup battery is HIGHLY recommended to prevent system failure in the event of an AC power loss. Connect the battery’s positive (+) and negative (-) terminals to the corresponding power supply positive (+) and negative (-) DC battery input, as shown above. The eFlow102NB Power Supply includes a charging circuit for battery backup. 

NOTE: For UL certified wire installations, all wire running from an eight io+ door controller to a lock, strike, or reader device MUST be less than 98.5 feet (30 meters). 

Additional Battery Enclosure 

The addition of an extra battery enclosure installed next to this enclosure is an option as long as the additional battery is connected with conduit and proper battery terminal end connectors. 

Battery Maintenance, Replacement, & Disposal 

Check the battery regularly and replace only with an identical battery or a ProdataKey recommended battery. Dispose of used batteries according to local regulations or the battery manufacturer’s instructions. 

IMPORTANT: There is a risk of a battery explosion if the battery is incorrectly replaced. 

The MAXIMUM pass-through limit as a “dry contact” is 24 volts at 2 amps!

IMPORTANT: Jumpers must remain OFF on ports powering 24VDC hardware. Power to eight io+ from the eFlow102NB power supply MUST be 12VDC ONLY. DO NOT power the eight io+ board with 24VDC. 

Multiple power input options (including 110VAC) are available for the eFlow102NB Power Supply, which can vary depending on individual requirements.

NOTE: If or when you set a static IP on a Cloud Node and the Cloud Node does not come back online immediately, give it a few minutes. If it still does not come online then power cycle the Cloud Node for approximately 10 seconds; the Cloud Node should come back online.

Components

Door Controller Board Legend 

Connectors - Ports 1 to 10

This section describes the eight io+ controller technical specifications. 

 

5-Pin Connectors

5-pin terminal block supporting Wiegand protocols for communication with the reader.

5-Pin Connector	PIN	Status
Power Output +	1	Positive 12VDC Out
Power Output -	2	Negative 12VDC Out
Reader Data - 0	3	Wiegand Reader Input Data 0
Reader Data - 1	4	Wiegand Reader Input Data 1
Reader LED Trigger - L	5	Reader LED Output Trigger

 

3-Pin Connectors - A  B  -

3-Pin Connector	PIN	Status
DPS Input - A	1	Door Position Switch or assignable
REX Input - B	2	Request to Exit or assignable Output 0 (NO or NC and + or - selectable)
Power Output -	3	Negative 12VDC

 

3-Pin Connectors - NC  C  NO

3-Pin Connector	PIN	Status
Normally Closed - NC	1	Normally closed connection for main form C relay with optional jumper configuration for wet positive or negative output.
Common - C	2	Common connection for main form C relay.
Normally Open - NO	3	Normally open connection for main form C relay with optional jumper configuration for wet positive or negative output.

 

Ports 9 & 10

3-Pin Connector	PIN	Status
Normally Closed - NC	1	Normally closed connection for main form C relay with optional jumper configuration for wet positive or negative output.
Common - C	2	Common connection for main form C relay.
Normally Open - NO	3	Normally open connection for main form C relay with optional jumper configuration for wet positive or negative output.

 

Power Port

2-Pin Connector	PIN	Status
Controller Power Input +	1	12VDC Positive
Controller Power Input -	2	12VDC Negative

 

Ethernet LED Indicators

LED	Light	Status
LINK	Solid On	Good Communication
	Off	No Communication
HEART	Flashing	Normal operation.
	Solid On	Possible serious hardware function. Contact Technical Support.
Relays	On	Relay is actuated, active. (Normally Open, O Connection)
	Off	Relay is at rest, not active. (Normally Closed, C Connection)

NOTE: If an Eight io+ door controller is powered up and all the relay lights are on, that usually indicates that the chip is not there or has not been installed completely or properly. Check to make sure that all of the pins on the chip are seated properly and in all of the correct slots.

Wireless LED Indicators

LED	Light	Status
LINK	Solid On	No connection
	Flashing	Connection is active
HEART	Flashing	Normal operation.
	Solid On	Possible serious hardware function. Contact Technical Support.
Relays	On	Relay is actuated, active. (Normally Open, O Connection)
	Off	Relay is at rest, not active. (Normally Closed, C Connection)

NOTE: If an Eight io+ door controller is powered up and all the relay lights are on, that usually indicates that the chip is not there or has not been installed completely or properly. Check to make sure that all of the pins on the chip are seated properly and in all of the correct slots.

Installing a Reader to a Door Controller

Wiring

Recommended Wiring Dimensions 

Use 26 gauge minimum, 18 gauge maximum, stranded for general wiring. Wiring methods shall be in accordance with the National Electrical Code, ANSI/NFPA 70. Follow these recommended wiring sizes: 

Wiring For	Recommended Dimensions
Power Input	18 gauge 2 conductors (18/2) wire
Reader	22 gauge 6 conductors (22/6) wire
Strike / Maglock	18 gauge 2 conductors (18/2) wire
REX	18 gauge 4 conductors (18/4) wire

 

Reader & Piezo Wiring Diagram

 

IMPORTANT: When connecting a touch io reader to an eight io+ controller, DO NOT connect the orange wire of the touch io reader to the - (negative) on the 'AB-' connector module as the diagram above shows. It causes the piezo to sound non-stop (it is an always-live connection). 

This also applies to the yellow wire when connecting a rugged reader to an eight io+ controller. 

If you want to have a door prop alarm, wire the piezo wire to the NO (Normally Open) on another channel or on the AUX relays.

ProdataKey does not require proprietary readers. Door controllers accept a Wiegand input, including biometric readers and keypads. 

(A) Main Reader - Mounted at the door with a 22/5 or 22/6 wire running to the door controller. Wire the reader to the controller, as shown above. Check polarity and voltage carefully prior to powering the controller. 

(B) Piezo - An optional piezo trigger for tamper or door prop alarm connected to (-) of AUX relay. The piezo buzzer can be configured with software rules. 

(A) Piezo (buzzer) - An optional piezo AUX device can be connected to the door controller to be triggered based on specific events in the system. The most typical is a door forced or “prop” alarm.

NOTE: For UL certified wire installations, all wire running from an eight io+ door controller to a lock, strike, or reader device MUST be less than 98.5 feet (30 meters). 

If you have any questions or need help with installation or with any of the hardware described in this document, please feel free to contact the ProdataKey Technical Support staff.

Maglock & REX Wiring Diagram

A magnetic lock, or maglock, is a locking device that consists of an electromagnet and an armature plate. Locking devices can be either fail safe or fail secure. The electromagnet portion of the lock is typically attached to the door frame; a mating armature plate is attached to the door. The two components are in contact when the door is closed. When the electromagnet is energized, a current passing through the electromagnet causes the plate to be attracted to the electromagnet, creating a locking action.

Installing a REX and Maglock to a Door Controller

(A) Maglock - When installing a maglock, it is common to install a REX (Request to Exit) at the door for free egress. Run an 18/2 wire connection from the maglock to the door controller as shown. 

NOTE: If possible, when installing a maglock, avoid using and wiring up the bond sensor at the maglock for a DPS. A bond sensor is a built-in DPS on a maglock. For some unknown reason, it is not compatible with our programming. When a DPS is required, install an actual DPS. 

(B) REX - Mounted in the desired location with an 18/5 wire running from the REX to the controller (18/3 wire for non-powered REX). Wire the REX to the controller and maglock (as shown above). If using a powered REX, run to any 12VDC output on the controller. 

NOTE: If using Bosch or WBOX brand REX devices, they need to be wired to NO (Normally Open) and C (Common) instead of NC (Normally Closed) and C (Common).

(C) Jumper - Use the designated positive (+) or negative (-) board voltage out of (NO) and (NC). If the jumper is off, the relay is a standard dry contact needing input into common. In the diagram above, the jumper is placed on the negative (-) and center pin to operate the maglock. 

NOTE: For UL certified wire installations, all wire running from an eight io+ door controller to a lock, strike, or reader device MUST be less than 98.5 feet (30 meters). 

If you have any questions or need help with installation or with any of the hardware described in this manual, please feel free to contact the ProdataKey Technical Support staff.

Door Position Switch (DPS) Wiring Diagram

(A) DPS - The Door Position Switch is mounted on the door frame in the desired location with a 22/2 wire running from the DPS to the controller, as shown above. When using two DPS sensors for double doors, they are wired in series with only two conductors running back to the controller. 

NOTE: If possible, when installing a maglock, avoid using and wiring up the bond sensor at the maglock for a DPS. A bond sensor is a built-in DPS on a maglock. For some unknown reason, it is not compatible with our programming. When a DPS is required, install an actual DPS. 

AUX Input - Rule-based inputs can be triggered by using the (A) input for something other than DPS. 

NOTE: When input (A) receives a negative connection from the controller, the input is triggered until the negative is dropped. A rule can then be set up to trigger any output based on this input trigger.

If you have any questions or need help with installation or with any of the hardware described in this manual, please feel free to contact the ProdataKey Technical Support staff.

Locking Relay Wiring Diagram

(A) Diode - The provided diode must be installed when using a strike. Install at the strike with the stripe of the diode on positive and the black on negative. 

IMPORTANT: The diode MUST be installed as close to the lock as possible. The best scenario (if possible) is directly across screw terminals on the lock (as shown in the first image). Another option is to splice the diode in parallel (as shown in image two), connect it to the positive (+) and negative (-) strike wires using dolphin connectors, and crimp the wires. For questions or detailed information, please contact the ProdataKey Technical Support staff. 

Installing the diode backward for a strike can cause the Cloud Node or the io door controller to reboot. A damaged or blown (dead) diode can act as if there is no diode, installed backward, or show incorrect data in the logs such as a card scan when the strike returns to the default state.

      

(B) NC - Normally Closed - Used for maglocks or strikes in Fail-Safe configuration. Connect the negative (-) of the Maglock or strike to NC on the door controller. 

(C) NO - Normally Open - Used for strikes in Fail-Secure configuration. Connect the negative (-) of the strike to NC on the door controller. 

(D) Jumper - Use to designate (+) or (-) board voltage out of NO and NC. If the jumper is off, the relay is a standard dry contact needing input into common. In the above diagram, the jumper is on (-) to operate the strike. 

If you have any questions or need help with installation or with any of the hardware described in this manual, please feel free to contact the ProdataKey Technical Support staff.

Diode Setup

A diode is a standard semiconductor device integral to the safe and proper function of the door controller. It acts as a grounding tool, allowing the flow of current in one direction only. When a door strike is called / requested / sent, the coil sends a spike (also called “kickback voltage”) down the line with as much as 50,000 volts. Without a diode semiconductor, this kickback voltage would damage the control equipment. When properly installed, the diode keeps kickback voltage localized at the lock.  

To protect your equipment against electrical kickback, the diode must be installed across the DC powered lock, at the strike, between positive (+) and ground (-). DC voltage is polarized. The diode must be installed in the direction shown in the illustrations: Gray stripe to positive (+), black to negative or ground (-).

Aux Output Connection Wiring Diagram

(A) AUX Device - An auxiliary device can be connected to the door controller to be triggered based on specified events in the system. The most typical is a door forced or “prop” alarm. An AUX piezo alarm can be connected as shown above. Power is required from the DC connectors of the power supply. 

If you have any questions or need help with installation or with any of the hardware described in this manual, please feel free to contact the ProdataKey Technical Support staff.

Piezo Device to Door Controller Instructions Video

Fail-Secure Door Strike Wiring Diagram

Locking devices can be either Fail Safe or Fail Secure. A fail-secure locking device remains locked when power is lost. An electric strike replaces the fixed strike faceplate often used with a latch bar. It normally presents a ramped surface to the locking latch allowing the door to close and latch just like a fixed strike. 

Installing a Strike to a Door Controller

(A) Diode - The provided diode MUST be installed when using a strike. Install at the strike with the stripe of the diode on positive (+) and the black on negative (-).

IMPORTANT: The diode MUST be installed as close to the lock as possible. The best scenario (if possible) is directly across screw terminals on the lock (as shown in the first image). Another option is to splice the diode in parallel (as shown in image two), connect it to the positive (+) and negative (-) strike wires using dolphin connectors, and crimp the wires. For questions or detailed information, please contact the ProdataKey Technical Support staff.

Installing the diode backward for a strike can cause the Cloud Node or the io door controller to reboot. A damaged or blown (dead) diode can act as if there is no diode, installed backward, or show incorrect data in the logs such as a card scan when the strike returns to the default state.

      

(B) NO - Normally Open - Used for maglocks (or strikes in fail-safe configuration). Connect the negative (-) of the maglock or strike to NC (Normally Closed) on the door controller. 

(C) Jumper - Use the designated positive (+) or negative (-) board voltage out of (NO) and (NC). If the jumper is off, the relay is a standard dry contact needing input into common. In this diagram, the jumper is placed on the negative (-) and center pin to operate the maglock. 

NOTE: For UL certified wire installations, all wire running from an eight io+ door controller to a lock, strike, or reader device MUST be less than 98.5 feet (30 meters). 

If you have any questions or need help with installation or with any of the hardware described in this manual, please feel free to contact the ProdataKey Technical Support staff.

Diode Setup

A diode is a standard semiconductor device integral to the safe and proper function of the door controller. It acts as a grounding tool, allowing the flow of current in one direction only. When a door strike is called / requested / sent, the coil sends a spike (also called “kickback voltage”) down the line with as much as 50,000 volts. Without a diode semiconductor, this kickback voltage would damage the control equipment. When properly installed, the diode keeps kickback voltage localized at the lock. 

To protect your equipment against electrical kickback, the diode must be installed across the DC powered lock, at the strike, and between positive and ground. DC voltage is polarized. The diode must be installed in the direction shown in the illustrations: Gray stripe to positive (+), black to negative or ground (-).

Fail-Safe Door Strike Wiring Diagram

Locking devices can be either fail safe or fail secure. A fail-safe locking device unlocks when power is lost. An electric strike replaces the fixed strike faceplate often used with a latch bar. It normally presents a ramped surface to the locking latch allowing the door to close and latch just like a fixed strike. 

(A) Diode - The provided diode MUST be installed when using a strike. Install at the strike with the stripe of the diode on positive (+) and the black on negative (-).

 

IMPORTANT: The diode MUST be installed as close to the lock as possible. The best scenario (if possible) is directly across screw terminals on the lock (as shown in the first image). Another option is to splice the diode in parallel (as shown in image two), connect it to the positive (+) and negative (-) strike wires using dolphin connectors, and crimp the wires. For questions or detailed information, please contact our knowledgeable ProdataKey Technical Support staff.

Installing the diode backward for a strike can cause the Cloud Node or the io door controller to reboot. A damaged or blown (dead) diode can act as if there is no diode, installed backward, or show incorrect data in the logs such as a card scan when the strike returns to the default state.

     

(B) NC - Used for maglocks (or strikes in fail-safe configuration). Connect the negative (-) of the maglock or strike to NC on the door controller. 

(C) Jumper - Use the designated positive (+) or negative (-) board voltage out of (NO) and (NC). If the jumper is off, the relay is a standard dry contact needing input into common. In this diagram, the jumper is placed on the negative (-) and center pin to operate the maglock. 

NOTE: For UL certified wire installations, all wire running from an eight io+ door controller to a lock, strike, or reader device MUST be less than 98.5 feet (30 meters).  

If you have any questions or need help with installation or with any of the hardware described in this manual, please feel free to contact the ProdataKey Technical Support staff.

Diode Setup

A diode is a standard semiconductor device integral to the safe and proper function of the door controller. It acts as a grounding tool, allowing the flow of current in one direction only. When a door strike is called / requested / sent, the coil sends a spike (also called “kickback voltage”) down the line with as much as 50,000 volts. Without a diode semiconductor, this kickback voltage would damage the control equipment. When properly installed, the diode keeps kickback voltage localized at the lock. 

To protect your equipment against electrical kickback, the diode must be installed across the DC powered lock, at the strike, and between positive and ground. DC voltage is polarized. The diode must be installed in the direction shown in the illustrations: Gray stripe to positive (+), black to negative or ground (-). 

Wiring for Elevator Control

The eight io+ can be also be used for elevator control. We will show you how this is done.

1. The reader used either at or inside the elevator must be wired into the controller.

2. Using a 22/6 shielded wire to install a reader. Pull the 22/6 shielded wire through the opening of the enclosure, making sure the ends are stripped and prepped for installation. Coil the unused blue and gray wire so it won’t interfere with the installation process.

3. Remove the first reader terminal block from the controller, and wire in as follows. After installing each wire, give them a little tug to make sure they are secure. Next, we will wire floor triggers from the elevator controller.

• Red wire goes into the positive (+) terminal.
• Black wire goes into the negative (-) terminal.
• Green wire goes into the data zero (0) terminal. 
• White wire goes into the data one (1) terminal. 
• Brown wire goes into the (L) terminal.

4. Take any two conductor wires from the second-floor trigger. Make sure the ends are stripped and prepped for installation.

5. Install the floor trigger wires into the main relay.

6. Insert one wire into Common (C) and the other wire into Normally Open (NO). NOTE: These wires are not polarity sensitive.

7. Re-insert the controller terminal block. NOTE: Be sure to NOT use jumpers in the relays when installing an elevator control. 

8. Conduct the same wiring method for each floor in sequence. NOTE: If there is a second elevator car and reader, install the reader in a separate reader port.

9. Wire the floor triggers for the second car. Ports 9 and 10 feature additional relays to add control for two additional floors.

24 Volt DC Configuration

If your installation requires 24 VDC hardware, a special configuration is needed.

1. Power the controller board using a 12 VDC Access Control Power Supply. (Connect the power supply to power input.)

2. Connect the negative wire from the separate 24 VDC power supply, and insert it into the Common (C) terminal on the main relay. 

3. Power the 24 VDC hardware by connecting the positive wire from the 24 VDC power supply to the hardware.

4. Connect the negative wire from the hardware to Normally Open (NO) on the main relay. NOTE: For a 24VDC configuration, you must remove the jumper from the main relay.

Altronix eFlow102NB Power Supply/Charger

The eFlow102NB Power Supply/Charger converts 120 VAC/60Hz input to 12 VDC at 10A output.

Specifications

Agency Listings

• UL-recognized component for Access Control System Units (UL 294), Power Supplies for use with Burglar Alarm Systems (UL 603), Power Supplies for Fire Protective Signaling Systems (UL 1481). 

• cUL Listed ULC-S318-96: Power Supply for Burglar Alarm Systems. 

Input Rating

• Input 120VAC 60Hz, 3.5A

Output

• 12VDC output
• 10A continuous supply current
• Aux. Power-Limited output rated at 1A (unswitched)
• Overvoltage protection
• Filtered and electronically regulated outputs

Battery Backup

• Built-in charger for sealed lead acid or gel type batteries
• Maximum charge current of 1.54A
• Automatic switch-over to stand-by battery when AC fails. Transfer to stand-by battery power is instantaneous with no interruption.

Fire Alarm Disconnect 

• Supervised Fire Alarm disconnect (latching or non-latching) 10K EOL resistor. Operates on a Normally Open (NO) or Normally Closed (NC) trigger. 

IMPORTANT: Never use OPEN on a fire alarm rule, always use FORCE OPEN when a fire alarm goes off. After the fire alarm is cleared, use FORCE TOGGLE to close all doors and return them to their normal state. The reason for this recommendation is that when a PIN is entered or a badge is swiped to open a door during a fire alarm, that door is going to follow normal protocol to Open/Close the door. When the door closes it will lock again while the fire alarm is sounding. To keep the door open and prevent it from locking again after closing, use FORCE OPEN. In this way, when the door is swiped with a badge or a PIN is used during a fire alarm, the door will NOT change state and will remain unlocked. When the fire alarm is cleared, a FORCE TOGGLE for all the doors that were forced open will put them back into a normal running state.

Supervision 

• AC fail supervision (form “C” contacts). 
• Battery fail and presence supervision (form “C” contacts). 
• Low-power shutdown. Shuts down DC output terminals if the battery voltage drops below 80% of nominal. This prevents deep battery discharge. 

LED Indicators 

• Green AC Power LED indicates 120VAC present. 
• AC input and DC output LED indicators. 

Additional Features 

• Short circuit and overload protection. 

Board Dimensions

• 7.5” x 4.6” x 1.75” (190.5 mm x 116.84 mm x 44.45 mm) (L x W x H)

Stand-by Specifications

Battery	Burglar Applications 4 hr. Standby/15 min. Alarm	Fire Applications 24 hr. Standby/5 min. Alarm	Access Control Applications Standby
7 Ah	0.4 A/10 A	N/A	5 Mins./10 A
12 Ah	1 A/10 A	0.3 A/10 A	15 Mins./10 A
40 Ah	6 A/10 A	1.2 A/10 A	Over 2 Hours/10 A
65 Ah	6 A/10 A	1.5 A/10 A	Over 4 Hours/10 A

 

Installation Instructions

Wiring methods shall be in accordance with the National Electrical Code/NFPA 70/NFPA 72/ANSI, the Canadian Electrical Code, and with all local codes and authorities having jurisdiction. The product is intended for indoor use only.

NOTE: For figure references (1a to 1h), refer to the eFlow102NB Board Configuration image below.

• Connect unswitched AC power (120VAC 60Hz) to terminals marked L  G  N (Live / Ground / Neutral) (Fig. 1a). Use 14 AWG wire or larger for all power connections. Secure the green wire lead to earth ground. Keep power-limited wiring separate from non-power-limited wiring (120VAC 60Hz input, battery wires). A minimum of 0.25” spacing must be provided. 

CAUTION: Do not touch exposed metal parts. Shut branch circuit power before installing or servicing equipment. There are no user-serviceable parts inside. Refer installation and servicing to qualified service personnel. 

• Measure the output voltage before connecting devices. This helps to avoid potential damage. 

• Connect devices to be powered to the terminals marked - DC + (Fig. 1h). For an auxiliary device connection, this output will not be affected by Low Power Disconnect or Fire Alarm Interface. Connect the aux device to terminals marked + AUX - (Fig. 1f). 

IMPORTANT: Never use OPEN on a fire alarm rule, always use FORCE OPEN when a fire alarm goes off. After the fire alarm is cleared, use FORCE TOGGLE to close all doors and return them to their normal state. The reason for this recommendation is that when a PIN is entered or a badge is swiped to open a door during a fire alarm, that door is going to follow normal protocol to Open/Close the door. When the door closes it will lock again while the fire alarm is sounding. To keep the door open and prevent it from locking again after closing, use FORCE OPEN. In this way, when the door is swiped with a badge or a PIN is used during a fire alarm, the door will NOT change state and will remain unlocked. When the fire alarm is cleared, a FORCE TOGGLE for all the doors that were forced open will put them back into a normal running state.

• For Access Control applications, batteries are optional; however, when batteries are not used, a loss of AC will result in the loss of output voltage. For standby batteries, they must be lead acid or gel type. Use one 12VDC battery. Connect the battery to terminals marked - BAT + (Fig. 1g).

NOTE: Use Casil CL1270 (12V/7Ah), CL12120 (12V/12Ah), CL12400 (12V/40Ah), CL12650 (12V/65Ah) batteries or UL-recognized BAZR2 batteries of an appropriate rating.

• Connect appropriate signaling notification devices to AC FAIL and BAT FAIL (Fig. 1b) supervisory relay outputs. 

• To delay AC reporting for 2 hrs., set SW2 to the appropriate dip switch position AC DELAY (Fig. 1c). 

• To enable or disable the Fire Alarm Disconnect, set SW2 to the appropriate dip switch position (Fig. 1c). 

• A short or NO (Normally Open) or NC (Normally Closed) input triggers FACP (Fire Alarm Control Panel) TRIGGER EOL SUPERVISED (Fig. 1d). 

• Place a jumper for non-latching FACP. A momentary short on these terminals resets FACP latching TRIGGER EOL SUPERVISED (Fig. 1d).

Wiring

• Use 18 AWG or larger wire for all low-voltage power connections.

NOTE: Be sure to keep power-limited circuits separate from non-power-limited wiring (120VAC, Battery).

Maintenance

The eFlow102NB Power Supply unit should be tested as follows at least once a year for the proper operation. 

• Output Voltage Test: Under normal load conditions, the DC output voltage should be checked for proper voltage level. 

• Battery Test: Under normal load conditions, check that the battery is fully charged, check the specified voltage (12VDC at 13.2A) both at the battery terminals and at the board terminals marked - BAT + (Fig. 1g) to ensure there is no break in the battery connection wires.

NOTE: The maximum charging current under discharges is 1.54A. The expected battery life is 5 years; however, it is recommended to change batteries every 4 years or less, if needed.

LED Diagnostics

Green (DC)	Green (AC/AC1)	Power Supply Status
ON	ON	Normal operating condition. DC power is good. AC power is good.
ON	OFF	Stand-by battery supplying power. Loss of AC power.
OFF	ON	Discharged or no stand-by DC battery power. AC power is good.
OFF	OFF	Discharged or no stand-by DC battery power. Loss of AC power.

 

Terminal Identification

Terminal Legend	Figure ID	Function/Description
L  G  N	1a	Connect 120VAC 60Hz to these terminals: L to hot, G to ground, N to neutral (Non-Power-Limited).
AC FAIL NC  C  NO	1b	Indicates a loss of AC power. Ex: Connect to an audible device or alarm panel. Relay normally energized when AC power is present. Contact rating 1A at 30VDC (Power-Limited).
BAT FAIL NC  C  NO	1b	Indicates a low battery condition. Ex: Connect to the alarm panel. Relay normally energized when DC power is present. Contact rating 1A at 30VDC. A removed battery is reported within 5 minutes. Battery reconnection is reported within 1 minute (Power-Limited).
AC DELAY SHUTDOWN	1c	To delay AC reporting for 2 hrs., set SW1 to the off (down) position. To enable (on) or disable (off) Fire Alarm Disconnect, set SW2 to the appropriate dip switch position SHUTDOWN.
TRIGGER EOL SUPERVISED	1d	Fire Alarm Interface trigger input from a short or FACP. Trigger inputs can be Normally Open (NO), Normally Closed (NC) from an FACP output circuit (Power-Limited Input).
NO  GND  RESET	1e	FACP interface latching or non-latching (Power-Limited).
+ AUX -	1f	Auxiliary power-limited output rated at 1 Ah (Unswitched) (Power-Limited Output).
- BAT +	1g	Stand-by battery connections. Maximum charge current 1.54 Ah (Non-Power-Limited).
- DC +	1h	12VDC at 10A continuous output.

IMPORTANT: Never use OPEN on a fire alarm rule, always use FORCE OPEN when a fire alarm goes off. After the fire alarm is cleared, use FORCE TOGGLE to close all doors and return them to their normal state. The reason for this recommendation is that when a PIN is entered or a badge is swiped to open a door during a fire alarm, that door is going to follow normal protocol to Open/Close the door. When the door closes it will lock again while the fire alarm is sounding. To keep the door open and prevent it from locking again after closing, use FORCE OPEN. In this way, when the door is swiped with a badge or a PIN is used during a fire alarm, the door will NOT change state and will remain unlocked. When the fire alarm is cleared, a FORCE TOGGLE for all the doors that were forced open will put them back into a normal running state.

eFlow102NB Board Configuration Figure

NOTE: In the event that an eight io Ethernet door controller goes down and is set to DHCP, when the controller comes back online, it will be necessary to use the Lantronix device installer to see what IP address the controller is pulling. The IP address for that controller will have to be changed.

Certifications

FCC Compliance Statement: This device complies with Part 15 of the FCC rules. Operation is subject to the following two conditions: 

1. This device may not cause harmful interference. 

2. This device must accept any interference received, including interference that may cause undesired operation. 

Product can be used without license conditions or restrictions in all European Union countries, including Austria, Belgium, Denmark, Finland, France, Germany, Greece, Ireland, Luxembourg, The Netherlands, Portugal, Spain, Sweden, and the United Kingdom, as well as other non-EU countries, including Iceland, Norway, and Switzerland.

Technical Support

Should you require any technical assistance, please contact our knowledgeable ProdataKey Support staff. Your support queries covering hardware, software installation, trouble tickets, troubleshooting, return merchandise authorization (RMA), or any other questions will be addressed as immediately as possible. 

NOTE: In order to receive an RMA from pdk, we must first troubleshoot the device prior to the user receiving an RMA number and the device being returned to the user.

• Phone: 801.317.8802 option #2 or direct at: 801.206.4086
• Email: support@prodatakey.com 
• Direct Dealer Support Line: 801.206.4086

ProdataKey, LLC - 67 West 13490 South, Draper, Utah 84020 United States

Copyright

© 2021 ProdataKey, LLC. All rights reserved. ProdataKey, the ProdataKey logo, and other ProdataKey marks are owned by ProdataKey, LLC and may be registered. All other trademarks are the property of their respective owners. ProdataKey assumes no responsibility for any errors that may appear in this manual. Information contained herein is subject to change without notice. 

Eight io+ Door Controller Article

ProdataKey Door Controllers

© 2021 ProdataKey, LLC.

Ver: 20200214

Date: February 14, 2020

Doc No. 8DPE/8DPW-IM-001

Safety, Maintenance, & Operational Information

Requirements 

This information is intended for trained and authorized installers of ProdataKey access control products. Versions of this article will be updated to the ProdataKey knowledgebase as necessary.

In this manual, ProdataKey and its door controllers are referred to as the PDK products, single io, eight io, product, network door controller, device, device controller, and Cloud Node.  

Liability 

Every care has been taken in the preparation of this document. Please feel free to inform ProdataKey Technical Support of any inaccuracies or omissions in this documentation. We welcome your feedback and suggestions. ProdataKey cannot be held responsible for any technical or typographical errors and reserves the right to make changes to the product and manuals without prior notice. 

ProdataKey makes no warranty of any kind with regard to the material contained within this document, including, but not limited to, the implied warranties of merchantability and fitness for a particular purpose. ProdataKey shall not be liable nor responsible for incidental or consequential damages in connection with the furnishing, performance, or use of this material. This product is only to be used for its intended purpose. 

Intellectual Property Rights 

Patents Pending - ProdataKey has intellectual property rights relating to technology embodied in the product described in this document. 

Equipment

This equipment must be installed and used in strict accordance with the instructions given in the user documentation. This equipment contains no user-serviceable components. Wiring methods shall be in accordance with the National Electrical Code, ANSI/NFPA 70. Unauthorized equipment changes or modifications will invalidate all applicable regulatory certifications and approvals.

Use only accessories that comply with the technical specification of the product. These can be provided by ProdataKey or an approved third party. Use only spare parts provided by or recommended by ProdataKey. 

After the system is installed and working properly, no further maintenance or testing is required. 

Do not attempt to repair the product by yourself. Contact ProdataKey Technical Support or your ProdataKey authorized distributor for service matters. 

Trademark Acknowledgments 

ProdataKey, Prodata Key, prodatakey, PDK, Prodata, are registered trademarks or trademark applications of ProdataKey in various jurisdictions. All other company names and products are trademarks or registered trademarks of their respective companies. Permission to use, copy, modify, and distribute this software and its documentation for any purpose with or without fee is hereby granted, provided that the copyright notice appears in all copies and that both the copyright notice and this permission notice appear in supporting documentation. 

Regulatory Information 

Electromagnetic Compatibility (EMC) 

This equipment has been designed and tested to fulfill applicable standards for: 

• Radio frequency emissions when installed according to the instructions and used in its intended environment. 
• Immunity to electrical and electromagnetic phenomena when installed according to the instructions and used in its intended environment. 

Safety 

This manual has been prepared to help you install the product. Read through the installation instructions carefully before installing the product. Keep the guide for future installation and maintenance reference.

This product complies with IEC/EN/UL 60950-1, Safety of Information Technology Equipment. If your connecting cables are routed outdoors, the product shall be grounded either through a shielded network cable (shielded twisted pair) or another appropriate method. 

Disposal and Recycling 

When this product has reached the end of its useful life, dispose of it according to local laws and regulations. For information about your nearest designated collection point, contact your local authority responsible for waste disposal. In accordance with local legislation, penalties may be applicable for incorrect disposal of this waste. 

Supported Readers 

Door controllers accept standard 26-bit Wiegand data input from approved readers. 

Support / Sales

Support

• Phone: 801.317.8802 option #2 or call direct at: 801.206.4086
• Email: support@prodatakey.com 
• Direct Dealer Support Line: 801.206.4086

Sales

• Phone: 801.317.8802 option #1 
• Email: sales@prodatakey.com 

NOTICE 

• The ProdataKey Eight Door Controller is intended for indoor use only.
• The ProdataKey product shall be installed by a trained professional. 
• The ProdataKey product shall be used in compliance with local laws and regulations. 

• The ProdataKey product shall be installed within a secured area. 
• Mount in a dry and well-ventilated environment. 
• To provide the best conditions and proper operation of the product, the controller must be securely mounted in accordance with the installation instructions. 
• Do not install the door controller box on unstable brackets, surfaces, or walls. 
• Use only applicable tools when installing the ProdataKey product. Using excessive force while mounting the product could cause damage. 
• Avoid exposing ProdataKey product to shocks or heavy pressure. 
• Do not use chemicals, caustic agents, or aerosol cleaners to clean the product. Use a clean cloth dampened with pure water for cleaning the exterior of the enclosure.
• Use only accessories that comply with the technical specification of the product. These can be provided by ProdataKey or a ProdataKey authorized third-party vendor. 
• Use only spare parts provided by or recommended by ProdataKey Support or a product reseller. 
• Do not attempt to repair the product by yourself. Contact ProdataKey Support or your ProdataKey authorized distributor for service matters. 
• Use a can lock to ensure secure enclosures and prevent tampering. 
• Protect the power cord, Ethernet cable, and transformer wires from being walked on or pinched, particularly where the wiring exits the box. 
• For UL certified installations, all cable runs to the door controllers must be less than 98.5 feet (30 meters).