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TruPortal IP-based Single Door Controller Quick Reference

Grounding Procedure and Regulatory Information

Note:

All bullets must be followed for regulatory compliance.

All cables connected to the IPSDC must be shielded with 

shield terminated as shown in 

Figure 3

. Use #8-32 SEMS 

screws provided.

When wiring readers, ground the shields of the cable at the 
IPSDC enclosure grounding studs to avoid electrical noise.

The IPSDC enclosure must be connected to the nearest 
earth ground. (See 

Figure 4

.)

A convenient earth ground, such as an electrical box or a 

ground bus, must be provided to the IPSDC enclosure. 

The earth ground connection must be made to the terminal 
lug provided. Mount the terminal lug to the PEM nut on the 
bottom of enclosure using the #8-32 SEMS screw provided, 
as shown in 

Figure 4

. Use #14-18 AWG wire.

Before connecting the network cable to connector J10, loop 
the cable through ferrite provided as shown in 

Figure 5

.

Note:

Ferrite must be installed inside of the enclosure.

Figure 3: Using Shielded Cable and Drain Wire

Figure 4: Wiring Earth Ground

Figure 5: Installing Ferrite

Connecting the Power

The IPSDC provides two methods of connecting power, both of 
which are sold separately:

Network connector J10 as PoE. (See 

Figure 6

).

Auxiliary power connector J8 with network hub POE device or 

24 VDC supply with battery backup (

Figure 7

). 

Figure 6: Connecting Through PoE Hub

Using PoE 

Not evaluated by UL.

1.

Install a PoE supply (IEEE802.3af 16 watt Class 0 Mode A or 
B PoE Power Sourcing Equipment (PSE)) in accordance with 
the manufacturer's instructions.

2.

By Ethernet standards, the maximum cable length is limited 
to 328 ft. (100 m) between the PoE source and the IPSDC.

3.

Attach supplied ferrite to the network cable by looping the 

network cable through the ferrite as shown in 

Figure 5

4.

Connect the network cable to connector J10 on the IPSDC. 

5.

Connect the other end of the network cable to the PoE supply 
per the manufacturer’s instructions.

Summary of Contents for TruPortal TP-ADD-1DIP

Page 1: ...TruPortal IPSDC board only Capable of controlling one door No enclosure or readers included Installation Procedure To install the IPSDC perform the procedures described in the following sections in t...

Page 2: ...stom Wiegand Card Format 1 1 Use the System Administration Card Formats page in the TruPortal User Interface to configure Wiegand card formats Set SW1 1 to OFF and set SW1 2 thru SW1 4 to ON SW2 Set a...

Page 3: ...quirements Wattage Calculator worksheet included on the product disc for strike type and size 6 Strike voltage selection Jumper pins 1 and 2 for 24 VDC strikes jumper pins 2 and 3 for 12 VDC strikes 7...

Page 4: ...the cable through ferrite provided as shown in Figure 5 Note Ferrite must be installed inside of the enclosure Figure 3 Using Shielded Cable and Drain Wire Figure 4 Wiring Earth Ground Figure 5 Instal...

Page 5: ...ake sure that the PC is not blocked from connecting to IP address 192 168 6 6 If the workstation normally connects to the Internet via a proxy the proxy settings in the browser may need to be adjusted...

Page 6: ...nclosure tamper W5 4 Strike Voltage Select W2 14 Boot Mode switch SW4 5 Custom Wiegand Card Format DIP switch SW1 15 Hardware Reset switch SW5 6 Reader Out Egress J3 16 Shutdown Request switch SW6 7 D...

Page 7: ...REX 2 17 1K EOL resistors typical 3 Connector J3 18 Reader 2 egress 19 12 VDC Red 20 Ground 0V Black 21 Reader Data 0 Green 22 Reader Data 1 White 23 Door DO green LED Orange 24 26 Not used 27 Drain w...

Page 8: ...uest Normally OFF Flashes and then ON 10 D33 StrikeActivated ON during strike activation 11 D24 FACP not supported by IPSDC ON contact open 12 D25 Door Contact ON contact closed OFF contact open Flash...

Page 9: ...ratings Door DO Reader LED 20 mA 12 VDC maximum Door strike DO relay 2A 28 VDC or 30 VAC maximum Strikes Maximum current 390 mA per strike output See Table 2 on page 2 for recommended strike models a...

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