Cisco Aironet 1530 Series, Aironet 1532I, Aironet 1532E Hardware Installation Manual

Installing Antennas

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Antenna N-Type Connector Locations

The access point antenna N-type connectors are located on the top and the bottom of model AIR-CAP1532E-x-K9. The N-type connectors support variety of the Cisco Aironet antennas. For detailed information on these antennas, refer to Antenna Configurations, page 2-29. Figure 2-23 shows the antenna port locations viewed from the RF cover side.

Figure 2-23 Antenna Port Locations - Model AIR-CAP1532E-x-K9

Chapter 2 Installing the Access Point

1 Antenna port 1 – Type N connector 2 Antenna port 2- Type N connector 3 Antenna port 3– Type N connector (with cap) 4 Antenna port 4- Type N connector (with cap)

Installing a Lightning Arrestor

Overvoltage transients can be created through lightning static discharges, switch processes, direct

Installation Considerations

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contact with power lines, or through earth currents. The Cisco Aironet AIR-ACC245LA-N Lightning Arrestor limits the amplitude and duration of disturbing interference voltages and improves the over voltage resistance of in-line equipment, systems, and components. A lightning arrestor installed according to these mounting instructions balances the voltage potential, thus preventing inductive interference to parallel signal lines within the protected system.

Cisco recommends that you bulkhead mount the lightning arrestor so it can be installed as a wall-feed through on the wall of the protected space.

The importance of obtaining a good ground and bonding connection cannot be overstressed. Consider these points when grounding the lightning arrestor:

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• Connect the lightning arrestor components directly to the grounding point.

• The contact points of the ground connection must be clean and free of dust and moisture.

• Tighten threaded contacts to the torque specified by the manufacturer.

Installation Notes

This lightning arrestor is designed to be installed between the antenna cable that is attached to an outdoor antenna and the Cisco Aironet wireless device. You can install the lightning arrestor either indoors or outdoors. It can be connected directly to a wireless device having an external N connector. It can also be mounted inline or as a feed-through. Feed-through installations require 5/8 in. (16 mm) hole to accommodate the lightning arrestor.

Note This lightning arrestor is part of a lightning arrestor kit. The kit contains a lightning arrestor and a

grounding lug.

Note When you install the lightning arrestor, follow the regulations or best practices applicable to lightning

protection installation in your local area.

Installing Antennas

Installing the Lightning Arrestor Outdoors

If you install the lightning arrestor outdoors, use the supplied ground lug and a heavy wire (#6 solid copper) to connect it to a good earth ground, such as a ground rod. The connection should be as short as possible.

Figure 2-24 Lightning Arrestor Details

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1 Nut 4 Unprotected side (to antenna) 2 Lockwasher 5 Protected side (to wireless device) 3 Ground lug

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Grounding the Access Point

Cable for the Lightning Arrestor

Coaxial cable loses efficiency as the frequency increases, resulting in signal loss. The cable should be kept as short as possible because cable length also determines the amount of signal loss (the longer the run, the greater the loss).

Cisco recommends a high-quality, low-loss cable for use with the lightning arrestor.

Grounding the Access Point

The access point must be grounded before connecting power.

Chapter 2 Installing the Access Point

Warning

Step 1 If using insulated 6-AWG copper ground wire, strip the insulation as required for the grounding lug. Step 2 Use the appropriate crimping tool to crimp the bare 6-AWG copper ground wire to the supplied

Step 3 Open the anti-corrosion sealant (supplied), and apply a liberal amount over the metal surface where the

Step 4 Connect the grounding lug to the access point grounding screw holes (see Figure 1-5) using the supplied

Step 5 If necessary, strip the other end of the ground wire and connect it to a reliable earth ground, such as a

This equipment must be externally grounded using a customer-supplied ground wire before power is applied. Contact the appropriate electrical inspection authority or an electrician if you are uncertain that suitable grounding is available.

Installation of the equipment must comply with local and national electrical codes.

In all outdoor installations and when powering the access point with AC power, you must follow these instructions to properly ground the case:

grounding lug.

Note The grounding lug and hardware used must comply with local and national electrical codes.

ground strap screw holes are located (see Figure 1-5).

two Phillips head screws (M4 x10 mm) with lock washers. Tighten the grounding screw to 22 to 24 lb-in (2.49 to 2.71 Nm).

grounding rod or an appropriate grounding point on a metal streetlight pole that is grounded (see

Figure 2-3).

Statement 366

Statement 1074

Powering the Access Point

Warning

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Installation of the equipment must comply with local and national electrical codes.

Statement 1074

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Powering the Access Point

Warning

Do not work on the system or connect or disconnect cables during periods of lightning activity.

Statement 1001

Statement 366

The 1532 access point supports these power sources:

• DC power – 24- 57 VDC

• Power-over-Ethernet (PoE)

The 1532 access point can be powered via the PoE input from an in-line power injector or a suitably powered switch port. Depending on the configuration and regulatory domain, the required power for full operation is UPoE. For the 1532E, 802.3at power is sufficient for all regulatory domains and full 2x2 MIMO operation on both 2.4 and 5 GHz radios. Either the AIR-PWRINJ4= or the AIR-PWRINJ1500-2= power injector can be used.

For the 1532I, UPoE powered switch port or the AIR-PWRINJ1500-2= power injector is required for full operation of the 3x3 MIMO on the 2.4 GHz radio in the regulatory domains that allow for high 2.4 GHz transmit power (Regulatory domains -A, -D, -F, -K, -N, -Q, -T, -Z). If the 1532I is powered by a PoE+ (802.3at power) switch port or the AIR-PWRINJ4= power injector, then the access point will automatically disable one of the 2.4 GHz transmitters and the radio will operate in 2x3 MIMO mode.

Table 2-7 AP 1530 Power Matrix

Model Configuration

1532I 3x3:3 (2.4 GHz)

2x3:2 (5 GHz)

One Tx disabled

2x3:2 (2.4 GHz)

Regulatory Domain

A, D, K, N, Q, T, Z

Switch Power AIR-PWRINJ1500-2= AIR-PWRINJ4=

UPoE Yes Yes

802.3at

Not Applicable Yes Not Applicable

PoE+

2x3:2 (5 GHz)

3x3:3 (2.4 GHz)

2x3:2 (5 GHz)

1532E 2x2:2 (2.4 GHz)

2x2:2 (5 GHz)

1. Not user configurable. AP will automatically disable one of the 2.4 GHz Tx if it detects only 802.3at power input.

Caution Do not place the power injector in an unprotected outdoor environment because water could get into the

C, E, F, H, M, R, S

802.3at PoE+

All 802.3at

PoE+

Yes Yes Yes

power injector and cause a short circuit and possible fire.

AC/ DC Power Adapter AIR-PWRADPT-1530=

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Powering the Access Point

Chapter 2 Installing the Access Point

Warning

Connect the unit only to DC power source that complies with the Safety Extra-Low Voltage (SELV) requirements in IEC 60950 based safety standards

Connecting a 1530 Series Power Injector

The 1530 Series Access Points support the following power injectors:

• AIR-PWRINJ1500-2= — 100-240 VAC input, indoor use only

• AIR-PWRINJ4= — 100-240 VAC input, indoor use only

The power injector provides (AIR-PWRINJ1500-2=) 56 VDC to the access point over the Ethernet cable and supports a total end-to-end Ethernet cable length of 100 m (328 ft) from the switch to the access point.

When your access point is powered by an optional power injector, follow these steps to complete the installation:

Step 1 Before applying PoE to the access point, ensure that the access point is grounded (see the “Grounding

the Access Point” section on page 2-40).

Step 2 Review Figure 2-2 to identify the components needed for the installation.

Note The 1500 power injector can only be used in an indoor environment, therefore, the cable from

the injector must travel from the protected location to the outside mounted access point.

Statement 1033

Step 3 Connect a CAT5e or better Ethernet cable from your wired LAN network to the power injector.

Warning

To reduce the risk of fire, use only No. 26 AWG or larger telecommunication line cord.

Note The installer is responsible for ensuring that powering the access point from this type of power

Statement 1023

injector is allowed by local and/or national safety and telecommunications equipment standards.

Tip To forward bridge traffic, add a switch between the power injector and controller. Refer to the

Cisco Wireless Mesh Access Points, Design and Deployment Guide, Release 7.0 for more information.

Step 4 Ensure that the antennas are connected and that a ground is attached to the access point before you apply

power to the access point.

Step 5 Connect a shielded outdoor-rated Ethernet (CAT5e or better) cable between the power injector and the

PoE-in connector of the access point (see Figure 2-25).

Step 6 Connect the Ethernet cable to the access point PoE-In port (see “Connecting an Ethernet Cable to the

Access Point” section on page 2-43).

Step 7 Continue with What to Do Next, page 2-53.

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Connecting an Ethernet Cable to the Access Point

You need to supply these tools and materials:

• Shielded outdoor-rated Ethernet (CAT5e or better) cable with 0.2 to 0.35 in. (0.51 to 0.89 cm)

diameter

• RJ-45 connector and installation tool

• Adjustable Wrench or 28 mm box wrench

• Large Phillips or Flat Blade screwdriver

To connect the shielded Ethernet cable to the access point, follow these steps:

Step 1 Disconnect power to the power injector, and ensure all power sources to the access point are turned off.

Powering the Access Point

Warning

Step 2 Ensure a 6 AWG ground wire is connected to the access point (see the “Grounding the Access Point”

This unit might have more than one power supply connection. All connections must be removed to de-energize the unit.

Statement 1028

section on page 2-40).

Step 3 Use a large Phillips or Flat Blade screw driver to remove the Ethernet connector plug from the access

point. Do not discard plug and rubber seal unless you are certain that the port will not have to be re-plugged (see Figure 2-25 for the location).

Figure 2-25 Access Point PoE-In Connector- AP 1532I

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1 LAN port (covered) 2 PoE-in port (covered)

Note For information on data cable entry, refer to Figure 1-1

Step 4 Loosen the Thread-Lock sealing nut of the cable gland by turning it counter clockwise, but do not

remove it (see Figure 2-26).

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Powering the Access Point

Note Verify that the cable gland has a rubber seal and ensure that it is not damaged.

Chapter 2 Installing the Access Point

Warning

Failure to install the cable gland and rubber gasket properly will cause the cable grip to leak.

Figure 2-26 Cable Gland

1 Washer (Rubber Gasket) 2 Body 3 Sealing insert 4 Clamping claw 5 Thread-lock sealing nut

Step 5

Insert the unterminated end of the Ethernet cable through the sealing nut end of the cable gland (see

Figure 2-26), and pull several inches of cable through the adapter.

Step 6 Install an RJ-45 connector on the unterminated end of the Ethernet cable using your Ethernet cable

installation tool.

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Warning

To reduce the risk of fire, use only No. 26 AWG or larger telecommunication line cord.

Statement 1023

When installing the RJ-45 connector, ensure that cable gland and the rubber gasket are present and installed properly, to avoid water leakage into the enclosure. See Figure 2-26 and Figure 2-27.

Step 7 Carefully insert the RJ-45 cable connector into the Ethernet port opening on the access point, and

connect to the internal Ethernet connector (see Figure 2-27).

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Figure 2-27 Inserting RJ-45 Connector into the Ethernet Port Opening in Case

Powering the Access Point

1 Ethernet port opening in access point case. 2 RJ-45 connector, on shielded outdoor-rated

Ethernet (CAT5e or better) cable

3 Exploded view of the cable gland,on the Ethernet cable.

Step 8 Slide the cable gland with the rubber seal towards the access point, and screw the threaded end of the

body into the access point, and hand-tighten.

Step 9 Use an adjustable wrench or a 28-mm wrench to tighten the threaded end of the body into the enclosure.

Tighten to 15 lb-in.

Step 10 Use an adjustable wrench and tighten the thread-lock seal nut to 15 lb-in. Step 11 Ensure that the antennas are connected to the access point before you apply power to the access point. Step 12 Route your Ethernet cable, and cut off any excess cable. Step 13 Install an RJ-45 connector on the unterminated cable end, and insert it into the power injector. For typical

installation components, see Figure 2-2.

Step 14 Turn on power to the power injector.

Connecting a DC Power Cable to the Access Point

When powering the access point with DC power, you must ensure that DC power can be conveniently removed from the unit. The power should not be removed by disconnecting the DC power connector on the unit.

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Warning

A readily accessible two-poled disconnect device must be incorporated in the fixed wiring.

Statement 1022

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Powering the Access Point

Chapter 2 Installing the Access Point

Warning

Connect the unit only to DC power source that complies with the safety extra-low voltage (SELV) requirements in IEC 60950 based safety standards.

Statement 1033

To connect a DC power cable, you need to supply these tools and material:

• Shielded outdoor-rated DC power cable (minimum 18 AWG) with outside cable diameter of 0.20 to

0.35 inch (0.51 to 0.89 cm).

• Adjustable or open-end wrench

• Small flat screw driver

• Two-pin DC power connector (Cisco supplied)

To connect the DC power cable to the access point, follow these steps:

Step 1 Before connecting DC power to the access point, ensure that the ground is connected to the access point

(see the “Grounding the Access Point” section on page 2-40).

Step 2 Turn off all power sources to the access point, including the DC power source.

Warning

Caution When installing DC power to the access point, always connect the access point end of the cable FIRST.

This unit might have more than one power supply connection. All connections must be removed to de-energize the unit.

Statement 1028

When removing the DC power connector, always disconnect the access point end of the cable LAST.

Step 3 Use a large Phillips or Flat Blade screw driver to remove the Ethernet connector plug from the access

point. Do not discard plug and rubber seal unless you are certain that the port will not have to be re-plugged. (see Figure 2-28 for the location of the DC power connector).

Figure 2-28 Access Point DC Power Connector and Ground Lug (Both AP 1532 Models)

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1 DC power port 2 Ground lug location

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Chapter 2 Installing the Access Point

Step 4 Loosen the thread-Lock sealing nut of the cable gland by turning it counter clockwise, but do not remove

(see Figure 2-29).

Note Verify that the cable gland has a rubber seal and ensure that it is not damaged.

Powering the Access Point

Warning

Failure to install the Cable Gland properly will cause the cable grip to leak.

Figure 2-29 Cable Gland

1 Washer (Gasket) 2 Body 3 Sealing insert 4 Clamping claw 5 Thread-lock sealing nut

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Note The cable gland accepts a cable diameter of 0.20 to 0.35 in. (0.51 to 0.89 cm).

Step 5 Insert a bare end of the DC power cable into the rounded end of the cable gland (see Figure 2-29), and

pull approximately 6 inches of cable through the adapter.

Warning

When installing the DC power cable, ensure that cable gland and the rubber gasket are present and installed properly, to avoid water leakage into the enclosure. See Figure 2-29 and Figure 2-31.

Step 6 Strip the DC cable jacket back about 1 inch to expose the wires and strip the insulation about 3/8 inch

(9.5 mm) from each wire.

Step 7 Insert each wire into the two-position terminal strip (supplied), and tighten each wire using a 0.1 inch

(0.25 cm) flat screw driver (see Figure 2-30).

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Powering the Access Point

Figure 2-30 Two-Position Terminal Strip

Chapter 2 Installing the Access Point

1 Securing screws 3 Wire opening for DC + 2 Wire opening for ground (DC return)

Step 8 Insert the two-position terminal strip into the DC power opening in the access point case, and carefully

push the terminal strip into the internal connector (see Figure 2-31).

Note Ensure that the polarity of the terminal strip properly matches the polarity markings on the

enclosure (see Figure 2-32)

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Figure 2-31 Inserting the Terminal Strip into the DC Power Opening in the Access Point Case

Powering the Access Point

1 DC power opening in access point case. Also

see Figure 2-32.

Figure 2-32 DC Power Opening in the Access Point Case

2 Exploded view of the cable gland on the DC

power cable

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Step 9

Step 10 Use an adjustable wrench, a 28-mm wrench to tighten the threaded end of the body to 15 lb-in. Step 11 Use an adjustable wrench and tighten the thread-lock seal nut to 15 lb-in. Step 12 Ensure that the antennas are connected to the access point before you apply power to the access point. Step 13 Turn on the DC power at the designated circuits.

Slide the cable gland with the rubber seal towards the access point, and screw the threaded end of the body into the access point, and hand-tighten.

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Powering the Access Point

Connecting Streetlight AC Power

The access point can be installed on a streetlight pole and powered from a streetlight outdoor light control using the optional streetlight power tap adapter and AC/DC power adapter, AIR-PWRADPT-1530=. The AC/DC power adapter is used inline from the street light tap to the 1530 DC connector. The AC power tap only can be used with the AC/DC power adapter

Caution The access point can be powered by a light pole twist-lock outdoor light control that provides

100-to 277-VAC 50/60 Hz power. Do not connect to an outdoor light control powered by higher voltages.

When powering the access point with AC power other than the streetlight power tap adapter, you must ensure that the following conditions are observed:

1. AC power can be conveniently removed from the unit. The power should not be removed by

disconnecting the AC power connector on the unit.

Chapter 2 Installing the Access Point

Warning

Caution Before connecting or disconnecting a power cord, you must remove AC power from the power cord using

A readily accessible two-poled disconnect device must be incorporated in the fixed wiring.

Statement 1022

a suitable service disconnect.

2. You must protect any AC power plugs and AC receptacles from water and other outdoor elements.

You can use a UL-listed waterproofing enclosure suitable for covering the AC receptacle and AC power plug that supplies power to the unit as described in Article 406 of the NEC.

3. When you install the access point outdoors or in a wet or damp location, the AC branch circuit that

powers the access point should have ground fault protection (GFCI), as required by Article 210 of the National Electrical Code (NEC).

Warning

Be very careful when connecting the streetlight adapter to Category 3 pole-top power. If you are not careful, you may electrocute yourself or fall.

Statement 363

To install an access point on a streetlight pole, follow these steps:

Step 1 Before beginning the installation, ensure the AC power to the streetlight pole is turned off. Step 2 Turn off power to the AC power source at the designated circuits.

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Warning

Caution For your safety, when connecting the access point AC power connector, always connect the access point

This unit might have more than one power supply connection. All connections must be removed to de-energize the unit.

Statement 1028

end of the cable FIRST. When removing the AC power connector, always disconnect the access point end of the cable LAST.

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Chapter 2 Installing the Access Point

AC/DC Adapter

Step 3 When using the streetlight power tap adapter (AIR-PWR-ST-LT-R3P=), ensure that the access point is

mounted within 3 feet (1 m) of the outdoor light control.

Step 4 Ensure that a 6-AWG ground wire is attached to the access point (see Figure 2-33) and connected to the

streetlight pole (for instructions see Grounding the Access Point, page 2-40).

Figure 2-33 Using the Streetlight Power Tap Adapter

Powering the Access Point

1 Outdoor light control 3 6-AWG copper grounding wire 2 AC/DC power adapter

Note Deployment of the AP as shown in the streetlight deployment in Figure 2-33 requires an

alternate AP mounting kit. See Mounting the Access Point section for more information.

Step 5 Ensure that the streetlight power tap adapter, which uses a 3-pronged LC-10 twist-lock adapter, is placed

between the outdoor light control and its fixture (refer to Figure 2-33). The LC-10 twist-lock adapter is designed to be used with LC-10 listed outdoor light controls operating at 100 to 480 VAC, 50 to 60 Hz.

Step 6 Disconnect the outdoor light control from its fixture. Step 7 Verify that the voltage available at the fixture is between 100 and 480 VAC, 50 to 60 Hz. Step 8 Turn off power to the fixture at the designated circuits.

Caution When installing the streetlight power tap adapter to the access point AC power connector, always

connect the access point end of the cable FIRST. When removing the streetlight power tap adapter, always disconnect the access point end of the cable LAST.

Step 9 Connect the streetlight power tap adapter to the access point AC/DC power adapter. Hand-tighten the

Note Ensure that your antennas are connected to the access point before you apply power to the access

point.

connector.

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Configuring the Access Point

Figure 2-34 Access Point DC Power Connector and Ground Lug (Both AP 1532 Models)

1 DC power port 2 Ground lug location

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Step 10 Plug the streetlight power tap adapter into the outdoor light control fixture, as shown in Figure 2-33. Step 11 Plug the outdoor light control into the streetlight power tap adapter. Step 12 Ensure that the antennas are connected to the access point before you apply power to the access point. Step 13 Turn on the power to the outdoor light control fixture at the designated circuits.

Configuring the Access Point

For information on configuring the access point, see the following documents:

• For Lightweight Access Points and Mesh Access Points, see the Cisco Wireless LAN Controller

Configuration Guide, which is available at:

http://www.cisco.com/en/US/docs/wireless/controller/7.6/configuration/guide/b_cg76.html

• For Mesh Access Points, see the Cisco Wireless Mesh Access Points, Design and Deployment Guide,

which is available at:

http://www.cisco.com/en/US/docs/wireless/technology/mesh/7.6/design/guide/mesh76.html

• For Access Points in autonomous mode, see the Cisco Aironet Access Points Configuration Guide

for Cisco IOS Software, which is available at:

http://www.cisco.com/en/US/docs/wireless/access_point/15_2_4_JB/configuration/guide/scg15.2.4 _JB3a_Book.html

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Chapter 2 Installing the Access Point

What to Do Next

When you power up a MAP that is not connected to a wired Ethernet, fiber-optic, or cable network to the controller, the access point uses the Cisco Adaptive Wireless Path Protocol (AWPP) to bind to another mesh access point (MAP) with the best path to a root access point (RAP) connected to the wired network to a controller. The access point sends a discovery request when powered up. If you have configured the access point in the controller correctly, the controller sends back a discovery response to the access point. When that happens, the access point sends out a join request to the controller, and the controller responds with a join confirmation response. Then the access point establishes a Control And Provisioning of Wireless Access Points (CAPWAP) connection to the controller and gets the shared secret configured on the controller.

Refer to the Cisco Wireless LAN Controller Configuration Guide for more information on configuring, monitoring, and operating your access points.

What to Do Next

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What to Do Next

Chapter 2 Installing the Access Point

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CHA P TER

Troubleshooting

This chapter provides troubleshooting procedures for basic problems with the access point. For the most up-to-date, detailed troubleshooting information, refer to the Cisco Technical Support and Documentation website at the following URL:

http://www.cisco.com/cisco/web/support/index.html

Sections in this chapter include:

• Guidelines for Using the Access Points, page 3-2

• Controller MAC Filter List, page 3-3

• Using DHCP Option 43, page 3-3

• Monitoring the Access Point LEDs, page 3-4

• Verifying Controller Association, page 3-6

• Changing the Bridge Group Name, page 3-7

• Access Point Power Injector, page 3-7

• Using the Reset Button, page 3-9

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Guidelines for Using the Access Points

You should keep these guidelines in mind when you use the access points:

• The access point only supports Layer 3 CAPWAP communications with the controllers.

In Layer 3 operation, the access point and the controller can be on the same or different subnets. The access point communicates with the controller using standard IP packets. A Layer 3 access point on a different subnet than the controller requires a DHCP server on the access point subnet and a route to the controller. The route to the controller must have destination UDP ports 12222 and 12223 open for CAPWAP communications. The route to the primary, secondary, and tertiary controllers must allow IP packet fragments.

• Before deploying your access points, ensure that the following has been done:

–

Your controllers are connected to switch ports that are configured as trunk ports.

–

Your access points are connected to switch ports that are configured as untagged access ports.

–

A DHCP server is reachable by your access points and has been configured with Option 43. Option 43 provides the IP addresses of the management interfaces of your controllers. Typically, a DHCP server can be configured on a Cisco switch.

–

Optionally, a DNS server can be configured to enable CISCO-CAPWAP-CONTROLLER. Use local domain to resolve to the IP address of the management interface of your controller.

Chapter 3 Troubleshooting

–

Your controllers are configured and reachable by the access points.

–

Your controllers are configured with the access point MAC addresses and the MAC filter list is enabled.

–

Your switch must forward DHCP requests.

• After the access points are associated to the controller, you should change the bridge group name

(BGN) from the default value. With the default BGN, the mesh access points (MAPs) can potentially try to connect with other mesh networks and slow down the convergence of the network.

Important Notes

Convergence Delays

During deployment, the access points can experience convergence delays due to various causes. The following list identifies some operating conditions that can cause convergence delays:

• A root access point (RAP) attempts to connect to a controller using any of the wired ports (cable,

fiber-optic, PoE-in). If the wired ports are operational, the RAP can potentially spend several minutes on each port prior to connecting to a controller.

• If a RAP is unable to connect to a controller over the wired ports, it attempts to connect using the

wireless network. This results in additional delays when multiple potential wireless paths are available.

• If a MAP is unable to connect to a RAP using a wireless connection, it then attempts to connect using

any available wired port. The access point can potentially spend several minutes for each connection method, before attempting the wireless network again.

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Chapter 3 Troubleshooting

Bridge Loop

The access point supports packet bridging between wired and wireless network connections. The same network must never be connected to multiple wired ports on an access point or on two bridged access points. A bridge loop causes network routing problems.

Controller DHCP Server

The controller DHCP server only assigns IP addresses to lightweight access points and wireless clients associated to an access point. It does not assign an IP address to other devices, including Ethernet bridging clients on the mesh access points.

MAP Data Traffic

If the signal on the access point backhaul channel has a high signal-to-noise ratio, it is possible for a MAP to connect to the controller, via parent node, but not be able to pass data traffic, such as pinging the access point. This can occur because the default data rate for backhaul control packets is set to 6 Mb/s, and the backhaul data rate set to auto by the user.

Controller MAC Filter List

Before activating your access point, you must ensure that the access point MAC address has been added to the controller MAC filter list and that Mac Filter List is enabled.

Note The access point MAC address and barcode is located on the bottom of the unit. When two MAC

addresses are shown, use the top MAC address.

To view the MAC addresses added to the controller MAC filter list, you can use the controller CLI or the controller GUI:

• Controller CLI—Use the show macfilter summary controller CLI command to view the MAC

addresses added to the controller filter list.

• Controller GUI—Log into your controller web interface using a web browser, and choose

SECURITY > AAA > MAC Filtering to view the MAC addresses added to the controller filter list.

Using DHCP Option 43

You can use DHCP Option 43 to provide a list of controller IP addresses to the access points, enabling the access point to find and join a controller. Refer to the product documentation for your DHCP server for instructions on configuring DHCP Option 43. For additional information, refer to the “Configuring

DHCP Option 43” section on page F-1.

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3-3

Monitoring the Access Point LEDs

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LED Indicator

Monitoring the Access Point LEDs

If your access point is not working properly, look at the LEDs on the bottom of the unit. You can use them to quickly assess the status of the unit. Figure 3-1 shows the location of the access point LEDs.

Figure 3-1 Access Point LEDs –Shown on the Bottom of AP 1532E

Chapter 3 Troubleshooting

Note It is expected that there will be small variations in LED color intensity and hue from unit to unit. This is

within the normal range of the LED manufacturer specifications and is not a defect.

The access point LED signals are listed in Table 3-1.

Table 3-1 Access Point LED Signals

LED Message

Color Meaning

Type

Boot loader status sequence

Boot loader warnings

Blinking Green Boot loader status sequence:

• DRAM memory test in progress

• DRAM memory test OK

• Board initialization in progress

• Initializing FLASH file system

• FLASH memory test OK

• Initializing Ethernet

• Ethernet OK

• Starting Cisco IOS

• Initialization successful

Blinking Amber Configuration recovery is in progress (the MODE button

has been pushed for 2-3 seconds)

Solid Red There is an Ethernet failure or an image recovery (the

MODE button has been pushed for 20-30 seconds)

Blinking Green An image recovery is in progress (the MODE button has

been released)

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Monitoring the Access Point LEDs

LED Message Type

Boot loader errors

Cisco IOS errors

Association status

Operating Status

Alignment Mode

Color Meaning

Solid Red There has been a DRAM memory test failure

Blinking Red and Amber There has been a FLASH file system failure

Blinking Red and Off This sequence may indicate any of the following:

• Environment variable failure

• Bad MAC address

• Ethernet failure during image recovery

• Boot environment failure

• No Cisco image file

• Boot failure

Solid Red There has been a software failure; a disconnect then

reconnect of the unit power may resolve the issue

Cycling through Red,

This is a general warning of insufficient inline power.

Green, Amber and Off

Chirping (short blips)

Green

This status indicates a normal operating condition. The unit is joined to a controller, but no wireless client is associated with it.

Solid Green Normal operating condition with at least one wireless

client associated with the unit

Blinking Amber A software upgrade is in progress

Cycling through Green,

Discovery/join process is in progress

Red and Amber

Rapidly cycling through

Red, Green, Amber and

This status indicates that the Access Point location command has been invoked.

Off

Blinking Red This status indicates that an Ethernet link is not

operational

Color Signal Level (dBm)

Solid Green > –44

Fast blinking Green –47 to –44

Medium blinking Green –50 to –47

Solid Amber –53 to –50

Fast blinking Amber –57 to –53

Medium blinking Amber –60 to –57

Slow blinking Amber –63 to –60

Slow blinking Red –66 to –63

Medium blinking Red –69 to –66

Fast blinking Red –72 to –69

Solid Red –75 to –72

Off < –75

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Verifying Controller Association

To verify that your access point is associated to the controller, follow these steps:

Step 1 Log into your controller web interface using a web browser.

You can also use the controller CLI show ap summary command from the controller console port.

Step 2 Click Wireless, and verify that your access point MAC address is listed under Ethernet MAC. Step 3 Log out of the controller, and close your web browser.

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Chapter 3 Troubleshooting

Changing the Bridge Group Name

The bridge group name (BGN) controls the association of the access points to a RAP. BGNs can be used to logically group the radios to avoid different networks on the same channel from communicating with each other. This setting is also useful if you have more than one RAP in your network in the same area.

If you have two RAPs in your network in the same area (for more capacity), we recommend that you configure the two RAPs with different BGNs and on different channels.

The BGN is a string of ten characters maximum. A factory-set bridge group name (NULL VALUE) is assigned during manufacturing. It is not visible to you, but allows new access point radios to join a network of new access points. The BGN can be reconfigured from the Controller CLI and GUI. After configuring the BGN, the access point reboots.

After the access points are deployed and associated to the controller, the BGN should be changed from the default value to prevent the MAPs from attempting to associate to other mesh networks.

The BGN should be configured very carefully on a live network. You should always start with the most distant access point (last node) from the RAP and move towards the RAP. If you start configuring the BGN in a different location, then the access points beyond this point (farther away) are dropped, as they have a different BGN.

To configure the BGN for the access points using the controller GUI, follow these steps:

Changing the Bridge Group Name

Step 1 Log into your controller using a web browser. Step 2 Click Wireless. When access points associates to the controller, the access point name appears in the AP

Name list.

Step 3 Click on an access point name. Step 4 Find the Mesh Information section, and enter the new BGN in the Bridge Group Name field. Step 5 Click Apply. Step 6 Repeat Steps 2 through 5 for each access point. Step 7 Log out from your controller, and close your web browser.

Access Point Power Injector

The power injector (AIR-PWRINJ1500-2=) has three LEDs on the front end of the case (see Figure 3-2). For detailed information on the power injector, see the Cisco Aironet 1550 Series Outdoor Access Point Power Injector Installation Instructions.

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Access Point Power Injector

Figure 3-2 Power Injector Connectors and LEDs

Chapter 3 Troubleshooting

1 Mounting tabs 4 AC POWER LED 2 AP POWER LED 5 TO AP—Ethernet connector (RJ-45) to access point

(10/100/1000BASE-T)

3 FAULT LED 6 TO SWITCH—Ethernet connector (RJ-45) to switch

(10/100/1000BASE-T)

211485

231484

12 3 4 5 6

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352055

Monitoring the Power Injector LEDs

You can use the power injector LEDs to check the power injector status. The LEDs provide the following status information:

• AP POWER—Turns solid green after successful discovery; indicates that power injector is

supplying power to the access point.

• FAULT—Turns solid red when a fault occurs during discovery mode or power-up. Check Ethernet

cables and connections before contacting your support organization for assistance.

• AC POWER—Turns solid green when power injector is receiving AC power and is ready to provide

power to the access point.

Using the Reset Button

The access point has a reset button located on the left side of the enclosure, inside the Console-Reset port, under the hex-shaped sealed plug.

Using the Reset Button

Caution Inspect the seal of the plug and properly tighten it every time the plug is removed and replaced. Tighten

the plug to 15 lbf-in.

Figure 3-3 Reset Button Location - Models AIR-CAP1552E-x-K9 and AIR-CAP1552EU-x-K9

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1 Console Port 2 Reset Button

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Using the Reset Button

Resetting the Access Point

Using the Reset button you can either return the AP back to its default factory-shipped configuration or download the latest software image from the default TFTP servers.

To use the Reset button:

Step 1 Using a wrench, remove the hex-shaped plug from the Console-Reset port. Do not loose the seal around

the plug.

Step 2 To press and hold the Reset button, use a straightened paperclip or a small screwdriver or a pen.

• To reset the AP back to its default factory-shipped configuration, during power cycle, press and hold

the Reset button (for about 2 to 3 seconds) until the LED blinks amber.

• To download the software image (ap1g3-k9w7-tar.default) from the default TFTP servers (servers

with IP address in the range of 10.0.0.2 to 10.0.0.30), during power cycle, press and hold the Reset button (for about 20 to 30 seconds) until the LED turns red.

Step 3 Inspect the hex-shaped plug attached to the lanyard for any damage to the sealing face and the gasket. If

the gasket has any signs of damage, it should be replaced to avoid water leakage into the unit.

Step 4 Replace the hex-shaped plug back and tighten it to 15 lbf-in.

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APPENDIX

Translated Safety Warnings

For translated safety warnings, refer to the safety warning document that shipped with your access point or that is available on Cisco.com.

To browse to the document on Cisco.com, follow these steps:

Step 1 Click this link and go to the Cisco Wireless documentation home page:

http://www.cisco.com/en/US/products/hw/wireless/index.html

Step 2 Click Support and the Support and Documentation page displays. Step 3 Click Wireless in the Find Product Support column. Step 4 Click 1530. Step 5 Click Install and Upgrade. Step 6 Click Install and Upgrade Guides. Step 7 Click Translated Safety Warnings for Cisco Aironet 1530 Series Outdoor Mesh Access Points.

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Appendix A Translated Safety Warnings

A-2

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APPENDIX

Declarations of Conformity and Regulatory Information

This appendix provides declarations of conformity and regulatory information for the Cisco Aironet 1532 Outdoor Access Point.

This appendix contains the following sections:

• Manufacturers Federal Communication Commission Declaration of Conformity Statement,

page B-2

• Industry Canada, page B-3

• European Community, Switzerland, Norway, Iceland, and Liechtenstein, page B-4

• Declaration of Conformity for RF Exposure, page B-7

• Guidelines for Operating Cisco Aironet Access Points in Japan, page B-8

• VCCI Statement for Japan, page B-9

• Administrative Rules for Cisco Aironet Access Points in Taiwan, page B-9

• EU Declaration of Conformity, page B-12

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Appendix B Declarations of Conformity and Regulatory Information

Tested To Comply With FCC Standards

FOR HOME OR OFFICE USE

Manufacturers Federal Communication Commission Declaration of Conformity Statement

Models: FCC Certification number:

AIR-CAP1532I-A-K9 LDK102090P

AIR-CAP1532E-A-K9 LDK102089P

AIR-AP1532I-UXK9

AIR-AP1532E-UXK9

Manufacturer:

Cisco Systems, Inc. 170 West Tasman Drive San Jose, CA 95134-1706 USA

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

1. This device may not cause harmful interference, and

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

operation.

This equipment has been tested and found to comply with the limits of a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a residential environment. This equipment generates, uses, and radiates radio frequency energy, and if not installed and used in accordance with the instructions, may cause harmful interference. However, there is no guarantee that interference will not occur. If this equipment does cause interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to correct the interference by one of the following measures:

• Reorient or relocate the receiving antenna.

• Increase separation between the equipment and receiver.

• Connect the equipment to an outlet on a circuit different from which the receiver is connected.

• Consult the dealer or an experienced radio/TV technician.

Caution The Part 15 radio device operates on a non-interference basis with other devices operating at this

frequency when using Cisco-supplied antennas. Any changes or modification to the product not expressly approved by Cisco could void the user’s authority to operate this device.

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Appendix B Declarations of Conformity and Regulatory Information

Caution To meet regulatory restrictions, the access point must be professionally installed.

Industry Canada

Models: IC Certification Number:

AIR-CAP1532I-A-K9 2461B-LDK102090P

AIR-CAP1532E-A-K9 2461B-LDK102089P

AIR-AP1532I-UXK9

AIR-AP1532E-UXK9

Canadian Compliance Statement

This Class A Digital apparatus meets all the requirements of the Canadian Interference-Causing Equipment Regulations.

Cet appareil numerique de la classe A respecte les exigences du Reglement sur le material broilleur du Canada.

This device complies with Class A Limits of Industry Canada. Operation is subject to the following two conditions:

Industry Canada

1. This device may not cause harmful interference, and

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

operation.

Cisco Aironet Access Points are certified to the requirements of RSS-210. The use of this device in a system operating either partially or completely outdoors may require the user to obtain a license for the system according to the Canadian regulations. For further information, contact your local Industry Canada office.

This device has been designed to operate with antennas having a maximum gain of 13 dBi for 2.4 GHz and 14 dBi for 5 GHz. Antennas having a gain greater are strictly prohibited for use with this device. The required antenna impedance is 50 ohms.

To reduce potential radio interference to other users, the antenna type and its gain should be so chosen that the equivalent isotropically radiated power (EIRP) is not more than that permitted for successful communication.

Declaration of Conformity for RF Exposure

This access point product has been found to be compliant to the requirements set forth in CFR 47 Section 1.1307 addressing RF Exposure from radio frequency devices as defined in Evaluating Compliance with FCC Guidelines for Human Exposure to Radio Frequency Electromagnetic Fields. Antennas that have 8 dBi to 14 dBi gain should be located at a minimum of 19.7 inches (50 cm) or more from the body of all persons. Antennas that have less than 8 dBi gain should be located at a minimum of

7.9 inches (20 cm) or more from the body of all persons.

This access point is also compliant to EN 50835 for RF exposure.

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Appendix B Declarations of Conformity and Regulatory Information

European Community, Switzerland, Norway, Iceland, and Liechtenstein

Access Point Models:

AIR-CAP1532I-E-K9

AIR-CAP1532E-E-K9

AIR-AP1532I-UXK9

AIR-AP1532E-UXK9

Declaration of Conformity with regard to the R&TTE Directive 1999/5/EC & Medical Directive 93/42/EEC

This declaration is only valid for configurations (combinations of software, firmware, and hardware) provided and supported by Cisco Systems. The use of software or firmware not provided and supported by Cisco Systems may result in the equipment no longer being compliant with the regulatory requirements.

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Appendix B Declarations of Conformity and Regulatory Information

Declaration of Conformity with regard to the R&TTE Directive 1999/5/EC & Medical Directive 93/42/EEC

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Appendix B Declarations of Conformity and Regulatory Information

Declaration of Conformity with regard to the R&TTE Directive 1999/5/EC & Medical Directive 93/42/EEC

B-6

The following standards were applied:

EMC—EN 301.489-1 v1.8.1; EN 301.489-17 v2.1.1

Health & Safety—EN60950-1: 2005; EN 50385: 2002

Radio—EN 300 328 v 1.7.1; EN 301.893 v 1.5.1

The conformity assessment procedure referred to in Article 10.4 and Annex III of Directive 1999/5/EC has been followed.

This device also conforms to the EMC requirements of the Medical Devices Directive 93/42/EEC.

Note This equipment is intended to be used in all EU and EFTA countries. Outdoor use may be restricted to

certain frequencies and/or may require a license for operation. For more details, contact Cisco Corporate Compliance.

The product carries the CE Mark:

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Appendix B Declarations of Conformity and Regulatory Information

Declaration of Conformity for RF Exposure

The following is the declaration of conformity for RF exposure for the United States, Canada, European Union and Australia.

United States

This system has been evaluated for RF exposure for Humans in reference to ANSI C 95.1 (American

National Standards Institute) limits. The evaluation was based on ANSI C 95.1 and FCC OET Bulletin

65C rev 01.01. To maintain compliance, the minimum separation distance for antennas that have 8 dBi to 14 dBi gain, is 19.7 inches (50 cm) from general bystanders. The minimum separation distance from antennas that have less than 8 dBi gain to general bystanders is 7.9 inches (20 cm).

Canada

This system has been evaluated for RF exposure for Humans in reference to ANSI C 95.1 (American

Declaration of Conformity for RF Exposure

National Standards Institute) limits. The evaluation was based on RSS-102 Rev 2. To maintain compliance, the minimum separation distance for antennas that have 8 dBi to 14 dBi gain, is 19.7 inches (50 cm) from general bystanders. The minimum separation distance from antennas that have less than 8 dBi gain to general bystanders is 7.9 inches (20 cm).

European Union

This system has been evaluated for RF exposure for Humans in reference to the ICNIRP (International

Commission on Non-Ionizing Radiation Protection) limits. The evaluation was based on the EN 50385

Product Standard to Demonstrate Compliance of Radio Base stations and Fixed Terminals for Wireless

Telecommunications Systems with basic restrictions or reference levels related to Human Exposure to

Radio Frequency Electromagnetic Fields from 300 MHz to 40 GHz. To maintain compliance, the minimum separation distance for antennas that have 8 dBi to 14 dBi gain, is 19.7 inches (50 cm) from general bystanders. The minimum separation distance from antennas that have less than 8 dBi gain to general bystanders is 7.9 inches (20 cm).

Australia

This system has been evaluated for RF exposure for Humans as referenced in the Australian Radiation

Protection standard and has been evaluated to the ICNIRP (International Commission on Non-Ionizing

Radiation Protection) limits. To maintain compliance, the minimum separation distance for antennas that have 8 dBi to 14 dBi gain, is 19.7 inches (50 cm) from general bystanders. The minimum separation distance from antennas that have less than 8 dBi gain to general bystanders is 7.9 inches (20 cm).

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Appendix B Declarations of Conformity and Regulatory Information

03-6434-6500

43768

Guidelines for Operating Cisco Aironet Access Points in Japan

This section provides guidelines for avoiding interference when operating Cisco Aironet access points in Japan. These guidelines are provided in both Japanese and English.

Lightweight Access Point Model:

AIR-CAP1532E-Q-K9

AIR-CAP1532I-Q-K9

AIR-AP1532I-UXK9

AIR-AP1532E-UXK9

Japanese Translation

English Translation

This equipment operates in the same frequency bandwidth as industrial, scientific, and medical devices such as microwave ovens and mobile object identification (RF-ID) systems (licensed premises radio stations and unlicensed specified low-power radio stations) used in factory production lines.

1. Before using this equipment, make sure that no premises radio stations or specified low-power radio

stations of RF-ID are used in the vicinity.

2. If this equipment causes RF interference to a premises radio station of RF-ID, promptly change the

frequency or stop using the device; contact the number below and ask for recommendations on avoiding radio interference, such as setting partitions.

3. If this equipment causes RF interference to a specified low-power radio station of RF-ID, contact

the number below.

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Appendix B Declarations of Conformity and Regulatory Information

Contact Number: 03-6434-6500

VCCI Statement for Japan

Administrative Rules for Cisco Aironet Access Points in Taiwan

Warning

This is a Class A product based on the standard of the Voluntary Control Council for Interference by Information Technology Equipment (VCCI). If this equipment is used in a domestic environment, radio disturbance may arise. When such trouble occurs, the user may be required to take corrective actions.

Administrative Rules for Cisco Aironet Access Points in Taiwan

This section provides administrative rules for operating Cisco Aironet Access Points in Taiwan. The rules are provided in both Chinese and English.

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B-9

Administrative Rules for Cisco Aironet Access Points in Taiwan

Chinese Translation

Appendix B Declarations of Conformity and Regulatory Information

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Appendix B Declarations of Conformity and Regulatory Information

English Translation

Administrative Rules for Low-power Radio-Frequency Devices

Article 12

For those low-power radio-frequency devices that have already received a type-approval, companies, business units or users should not change its frequencies, increase its power or change its original features and functions.

Article 14

The operation of the low-power radio-frequency devices is subject to the conditions that no harmful interference is caused to aviation safety and authorized radio station; and if interference is caused, the user must stop operating the device immediately and can't re-operate it until the harmful interference is clear.

The authorized radio station means a radio-communication service operating in accordance with the Communication Act.

The operation of the low-power radio-frequency devices is subject to the interference caused by the operation of an authorized radio station, by another intentional or unintentional radiator, by industrial, scientific and medical (ISM) equipment, or by an incidental radiator.

Administrative Rules for Cisco Aironet Access Points in Taiwan

Chinese Translation

English Translation

Low-power Radio-frequency Devices Technical Specifications

4.7

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Unlicensed National Information Infrastructure

4.7.6

The U-NII devices shall accept any interference from legal communications and shall not interfere the legal communications. If interference is caused, the user must stop operating the device immediately and can't re-operate it until the harmful interference is clear.

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Appendix B Declarations of Conformity and Regulatory Information

Operation of Cisco Aironet Access Points in Brazil

4.7.7

Manufacturers of U-NII devices are responsible for ensuring frequency stability such that an emission is maintained within the band of operation under all conditions of normal operation as specified in the user manual.

Statement 371—Power Cable and AC Adapter

English Translation

When installing the product, please use the provided or designated connection cables/power cables/AC adapters. Using any other cables/adapters could cause a malfunction or a fire. Electrical Appliance and Material Safety Law prohibits the use of UL-certified cables (that have the “UL” shown on the code) for any other electrical devices than products designated by CISCO. The use of cables that are certified by Electrical Appliance and Material Safety Law (that have “PSE” shown on the code) is not limited to CISCO-designated products.

EU Declaration of Conformity

All the Declaration of Conformity statements related to this product can be found at the following location:

http://www.ciscofax.com

Operation of Cisco Aironet Access Points in Brazil

This section contains special information for operation of Cisco Aironet access points in Brazil.

Access Point Models

B-12

AIR-CAP1532E-Z-K9

AIR-CAP1532I-Z-K9

AIR-AP1532I-UXK9

AIR-AP1532E-UXK9

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Appendix B Declarations of Conformity and Regulatory Information

Regulatory Information

Figure B-1 contains Brazil regulatory information for the access point models identified in the previous

section.

Figure B-1 Brazil Regulatory Information

Operation of Cisco Aironet Access Points in Brazil

Portuguese Translation

Este equipamento opera em caráter secundário, isto é, não tem direito a proteção contra interferência prejudicial, mesmo de estações do mesmo tipo, e não pode causar interferência a sistemas operando em caráter primário.

English Translation

This equipment operates on a secondary basis and consequently must accept harmful interference, including interference from stations of the same kind. This equipment may not cause harmful interference to systems operating on a primary basis.

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Operation of Cisco Aironet Access Points in Brazil

Appendix B Declarations of Conformity and Regulatory Information

B-14

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APPENDIX

Channels and Power Levels

For channel and maximum power level settings, refer to the Channels and Maximum Power Settings for Cisco Aironet Lightweight Access Points and Bridges document available on the Cisco Wireless

documentation page of Cisco.com.

To browse to the document, follow these steps:

Step 1 Click this link and go to the Cisco Wireless documentation home page:

http://www.cisco.com/en/US/products/hw/wireless/index.html

Step 2 Click Support. The Support and Documentation page displays. Step 3 Click Wireless Step 4 Click 1530. Step 5 Click Install and Upgrade. Step 6 Click Install and Upgrade Guides. Step 7 Click Channels and Maximum Power Settings for Cisco 1530 Series Outdoor Access Points document.

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C-1

Appendix C Channels and Power Levels

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APPENDIX

Access Point Data Sheet

The detailed technical specifications for the Cisco Aironet 1530 Series Outdoor Access Points are available at the following URL:

http://www.cisco.com/en/US/prod/collateral/wireless/ps5679/ps12831/data_sheet_c78-728356.html

You can also download a copy of the Cisco Aironet 1530 Series Outdoor Access Point Data Sheet from the above URL for offline use.

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D-1

Appendix D Access Point Data Sheet

D-2

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APPENDIX

Access Point Pinouts

This appendix describes the pin signals of the access point Ethernet connectors, and the power injector input and output connectors.

Table E- 1 describes the pin signals of the access point LAN connector

Table E-1 Access Point LAN Connector Pinouts

Pin Number Signal Name

1 Ethernet signal pair (10/100/1000BASE-T)

3 Ethernet signal pair (10/100/1000BASE-T)

4 Ethernet signal pair (10/100/1000BASE-T)

7 Ethernet signal pair (10/100/1000BASE-T)

Shield Chassis ground

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Table E- 2 describes the pin signals for the access point PoE-in Ethernet connector. The Pinouts given in

this table are applicable to AIR-POWERINJ1500. Not all PoE power sources follow these pinouts.

Table E-2 Access Point PoE-In Ethernet Connector Pinouts for AIR-POWERINJ1500

Pin Number Signal Name

1 Ethernet signal pair (10/100/1000BASE-T) and DC return

3 Ethernet signal pair (10/100/1000BASE-T) and DC (+)

4 Ethernet signal pair (1000BASE-T) and DC (+)

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E-1

Appendix E Access Point Pinouts

Table E-2 Access Point PoE-In Ethernet Connector Pinouts for AIR-POWERINJ1500

Pin Number Signal Name

7 Ethernet signal pair (1000BASE-T) and DC return

Shield Chassis ground

Table E- 3 describes the pin signals for the power injector input connector (To Switch).

Table E-3 Power Injector Input Connector (To Switch) Pinouts

Pin Number Signal Name

1 Ethernet signal pair (10/100/1000BASE-T)

3 Ethernet signal pair 10/100/1000BASE-T)

4 Ethernet signal pair (1000BASE-T)

7 Ethernet signal pair (1000BASE-T)

Shield Chassis ground

Table E- 4 describes the RJ-45 pin signals for the power injector output connector (To AP). The Pinouts

given in this table are applicable to AIR-POWERINJ1500. Not all PoE power sources follow these pinouts.

Table E-4 Power Injector AIR-POWERINJ1500 Output Connector (To AP) Pinouts

Pin Number Signal Name

1 Ethernet signal pair (10/100/1000BASE-T) and DC return

3 Ethernet signal pair (10/100/1000BASE-T) and DC (+)

4 Ethernet signal pair (1000BASE-T) and DC (+)

7 Ethernet signal pair (1000BASE-T) and DC return

Shield Chassis ground

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APPENDIX

Configuring DHCP Option 43

This appendix describes the steps needed to configure DHCP Option 43 on a DHCP server, such as a Cisco Catalyst 3750 series switch, for use with Cisco Aironet Access Points. This appendix contains these sections:

• Overview, page F-2

• Configuring Option 43 for 1000, 1500, and 1530 Series Access Points, page F-3

• Configuring Option 43 for 1100, 1130, 1200, 1240, 1250, 1300, 1520, and 1530 Series Access

Points, page F-4

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F-1

Overview

Note DHCP Option 43 is limited to one access point type per DHCP pool. You must configure a separate

Appendix F Configuring DHCP Option 43

This section contains a DHCP Option 43 configuration example on a DHCP server for use with Cisco Aironet Access Points. For other DHCP server implementations, consult DHCP server product documentation for configuring DHCP Option 43. In Option 43, use the IP address of the controller management interface.

DHCP pool for each access point type.

Cisco Aironet 1000, 1500, and 1532 access points use a comma-separated string format for DHCP Option 43. Other Cisco Aironet access points use the type-length-value (TLV) format for DHCP Option

43. DHCP servers must be programmed to return the option based on the access point DHCP Vendor Class Identifier (VCI) string (DHCP Option 60). The VCI strings for Cisco access points that can operate in lightweight mode are listed in Tab le F-1 .

Table F-1 Lightweight Access Point VCI Strings

Access Point Vendor Class Identifier (VCI)

Cisco Aironet 1000 series Airespace.AP1200

Cisco Aironet 1100 series Cisco AP c1100

Cisco Aironet 1130 series Cisco AP c1130

Cisco Aironet 1200 series Cisco AP c1200

Cisco Aironet 1240 series Cisco AP c1240

Cisco Aironet 1250 series Cisco AP c1250

Cisco Aironet 1300 series Cisco AP c1300

Cisco Aironet 1500 series Cisco AP c1500

Cisco AP.OAP15002, Cisco AP.LAP15102, or Cisco AP.LAP1505

Airespace.AP1200

Cisco Aironet 1520 series Cisco AP c1520

Cisco Aironet 1530 series Cisco AP c1530

1. For controller release 4.1 or later.

2. For controller release 4.0, the VCI depends on the model.

3. For controller release 3.2.

The following is the format of the TLV block for 1100, 1130, 1200, 1240, 1250, 1300, 1520, and 1532 access points:

• Type: 0xf1 (decimal 241)

• Length: Number of controller IP addresses * 4

F-2

• Value: List of WLC management interfaces

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Appendix F Configuring DHCP Option 43

Configuring Option 43 for 1000, 1500, and 1530 Series Access Points

To configure DHCP Option 43 for Cisco 1000, 1500, and 1530 series access points in the embedded Cisco IOS DHCP server, follow these steps:

Step 1 Enter configuration mode at the Cisco IOS command line interface (CLI). Step 2 Create the DHCP pool, including the necessary parameters such as default router and name server. These

commands are used to create a DHCP pool:

ip dhcp pool pool name network IP Network Netmask default-router Default router dns-server DNS Server

Where: pool name is the name of the DHCP pool, such as AP1000 IP Network is the network IP address where the controller resides, such as 10.0.15.1 Netmask is the subnet mask, such as 255.255.255.0 Default router is the IP address of the default router, such as 10.0.0.1 DNS Server is the IP address of the DNS server, such as 10.0.10.2

Step 3 Add the Option 60 line for access point using the following syntax:

option 60 ascii “VCI string”

For the VCI string, use the value from Table F-1. The quotation marks must be included.

Step 4 Add the Option 43 line using the following syntax:

option 43 ascii “Comma Separated IP Address List”

For example, if you are configuring Option 43 for Cisco 1000, 1500, or 1500 series access points using the controller IP addresses 10.126.126.2 and 10.127.127.2, add the following line to the DHCP pool in the Cisco IOS CLI:

option 43 ascii “10.126.126.2,10.127.127.2”

The quotation marks must be included.

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F-3

Appendix F Configuring DHCP Option 43

Configuring Option 43 for 1100, 1130, 1200, 1240, 1250, 1300, 1520, and 1530 Series Access Points

To configure DHCP Option 43 for Cisco Aironet 1100, 1130, 1200, 1240, 1250, 1300, 1520, and 1530 series access points in the embedded Cisco IOS DHCP server, follow these steps:

Step 1 Enter configuration mode at the Cisco IOS CLI. Step 2 Create the DHCP pool, including the necessary parameters such as default router and name server. The

commands used to create a DHCP pool are as follows:

ip dhcp pool pool name network IP Network Netmask default-router Default router dns-server DNS Server

Where: pool name is the name of the DHCP pool, such as AP1530 IP Network is the network IP address where the controller resides, such as 10.0.15.1 Netmask is the subnet mask, such as 255.255.255.0 Default router is the IP address of the default router, such as 10.0.0.1 DNS Server is the IP address of the DNS server, such as 10.0.10.2

Step 3 Add the Option 60 line using the following syntax:

option 60 ascii “VCI string”

For the VCI string, use the value from Table F- 1. The quotation marks must be included.

Step 4 Add the Option 43 line using the following syntax:

option 43 hex hex string

The hex string is assembled by concatenating the TLV values shown below:

Type + Length + Va lu e

Type is always f1(hex). Length is the number of controller management IP addresses times 4 in hex. Va l ue

is the IP address of the controller listed sequentially in hex.

For example, suppose that there are two controllers with management interface IP addresses,

10.126.126.2 and 10.127.127.2. The type is f1(hex). The length is 2 * 4 = 8 = 08 (hex). The IP addresses translate to 0a7e7e02 and 0a7f7f02. Assembling the string then yields f1080a7e7e020a7f7f02. The resulting Cisco IOS command added to the DHCP scope is listed below:

option 43 hex f1080a7e7e020a7f7f02

F-4

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GLOSSARY

802.3af/at

802.11

802.11a

802.11b

802.11g

802.11n

The IEEE standard that describes a mechanism for Power over Ethernet (PoE). The standard provides the capability to deliver both power and data over standard Ethernet cabling.

The IEEE standard that specifies carrier sense media access control and physical layer specifications for 1- and 2-megabit-per-second (Mb/s) wireless LANs operating in the 2.4-GHz band.

The IEEE standard that specifies carrier sense media access control and physical layer specifications for wireless LANs operating in the 5-GHz frequency band.

The IEEE standard that specifies carrier sense media access control and physical layer specifications for 5.5- and 11-Mb/s wireless LANs operating in the

2.4-GHz frequency band.

The IEEE standard that specifies carrier sense media access control and physical layer specifications for 6, 9, 12, 18, 24, 36, 48, and 54 Mb/s wireless LANs operating in the 2.4-GHz frequency band.

802.11n is a specification for wireless LAN (WLAN) communications. An addition to the 802.11 family of standards, 802.11n increases network speed and reliability and extends the operating distance of wireless networks. Raw data throughput is expected to reach as much as 600 Mb/s, or more than 10 times the throughput of 802.11g

access point

ad hoc network

antenna gain

associated

AWPP

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A wireless LAN data transceiver that uses radio waves to connect a wired network with wireless stations.

A wireless network composed of stations without access points.

The gain of an antenna is a measure of the antenna ability to direct or focus radio energy over a region of space. High gain antennas have a more focused radiation pattern in a specific direction.

A station is configured properly to allow it to wirelessly communicate with an access point.

Adaptive Wireless Path Protocol.

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GL-1

Glossary

GL-2

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Glossary

beacon

BOOTP

BPSK

broadcast packet

CAPWAP

CCK

CCKM

A wireless LAN packet that signals the availability and presence of the wireless device. Beacon packets are sent by access points and base stations; however, client radio cards send beacons when operating in computer to computer (Ad Hoc) mode.

Boot Protocol. A protocol used for the static assignment of IP addresses to devices on the network.

Binary phase shift keying is a modulation technique used by IEEE

802.11b-compliant wireless LANs for transmission at 1 Mb/s.

A single data message (packet) sent to all addresses on the same subnet.

Control And Provisioning of Wireless Access Points

Complementary Code Keying. A modulation technique used by IEEE

802.11b-compliant wireless LANs for transmission at 5.5 and 11 Mb/s.

Cisco Centralized Key Management. Using CCKM, authenticated client devices can roam from one access point to another without any perceptible delay during reassociation. An access point on your network provides wireless domain services (WDS) and creates a cache of security credentials for CCKM-enabled client devices on the subnet. The WDS access point's cache of credentials dramatically reduces the time required for reassociation when a CCKM-enabled client device roams to a new access point.

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cell

client

CSMA

data rates

dBi

The area of radio range or coverage in which the wireless devices can communicate with the base station. The size of the cell depends upon the speed of the transmission, the type of antenna used, and the physical environment, as well as other factors.

A radio device that uses the services of an access point to communicate wirelessly with other devices on a local area network.

Carrier sense multiple access. A wireless LAN media access method specified by the IEEE 802.11 specification.

The range of data transmission rates supported by a device. Data rates are measured in megabits per second (Mb/s).

A ratio of decibels to an isotropic antenna that is commonly used to measure antenna gain. The greater the dBi value, the higher the gain, and the more acute the angle of coverage.

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GL-3

Glossary

DFS

DHCP

domain name

DNS

DSSS

EAP

Dynamic Frequency Selection. In some regulatory domains, 5-GHz radios are required to use DFS to avoid interfering with radar signals.

Dynamic host configuration protocol. A protocol available with many operating systems that automatically issues IP addresses within a specified range to devices on the network. The device retains the assigned address for a specific administrator-defined period.

The text name that refers to a grouping of networks or network resources based on organization-type or geography; for example: name.com—commercial; name.edu—educational; name.gov—government; ISPname.net—network provider (such as an ISP); name.ar—Argentina; name.au—Australia; and so on.

Domain Name System server. A server that translates text names into IP addresses. The server maintains a database of host alphanumeric names and their corresponding IP addresses.

Direct sequence spread spectrum. A type of spread spectrum radio transmission that spreads its signal continuously over a wide frequency band.

Extensible Authentication Protocol. An optional IEEE 802.1x security feature ideal for organizations with a large user base and access to an EAP-enabled Remote Authentication Dial-In User Service (RADIUS) server.

Ethernet

file server

firmware

gateway

GHz

The most widely used wired local area network. Ethernet uses carrier sense multiple access (CSMA) to allow computers to share a network and operates at 10, 100, or 1000 Mb/s, depending on the physical layer used.

A repository for files so that a local area network can share files, mail, and programs.

Software that is programmed on a memory chip.

A device that connects two otherwise incompatible networks together.

Gigahertz. One billion cycles per second. A unit of measure for frequency.

GL-4

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Glossary

IEEE

infrastructure

IP address

IP subnet mask

isotropic

MAC address

MAP

Institute of Electrical and Electronic Engineers. A professional society serving electrical engineers through its publications, conferences, and standards development activities. The body responsible for the Ethernet 802.3 and wireless LAN 802.11 specifications.

The wired Ethernet network.

The Internet Protocol (IP) address of a station.

The number used to identify the IP subnetwork, indicating whether the IP address can be recognized on the LAN or if it must be reached through a gateway. This number is expressed in a form similar to an IP address; for example: 255.255.255.0.

An antenna that radiates its signal in a spherical pattern.

Media Access Control address. A unique 48-bit number used in Ethernet data packets to identify an Ethernet device, such as an access point or your client adapter.

Mesh Access Point

MBSSID

MIMO

modulation

multipath

multicast packet

Multiple basic SSID. Each multiple basic SSID is assigned a unique MAC address. You use multiple BSSIDs to assign a unique DTIM setting for each SSID and to broadcast SSIDs in beacons (one SSID per beacon).

Multiple Input/Multiple Output

Any of several techniques for combining user information with a transmitter for a carrier signal.

The echoes created as a radio signal bounces off of physical objects.

A single data message (packet) sent to multiple addresses.

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GL-5

Glossary

packet

omni-directional

OFDM

This typically refers to a primarily circular antenna radiation pattern.

Orthogonal frequency division multiplex is a modulation technique used by IEEE 802.11a-compliant wireless LANs for transmission at 6, 9, 12, 18, 24, 36, 48, and 54 Mb/s.

A basic message unit for communication across a network. A packet usually includes routing information, data, and sometimes error detection information.

QPSK

Quadruple phase shift keying is a modulation technique used by IEEE

802.11b-compliant wireless LANs for transmission at 2 Mb/s.

range

A linear measure of the distance that a transmitter can send a signal.

RAP

receiver sensitivity

roaming

RP-TNC

Root Access Point

A measurement of the weakest signal a receiver can receive and still correctly translate it into data.

Radio frequency. A generic term for radio-based technology.

A feature of some access points that allows users to move through a facility while maintaining an unbroken connection to the LAN.

A connector type unique to Cisco Aironet radios and antennas. Part 15.203 of the FCC rules covering spread spectrum devices limits the types of antennas that may be used with transmission equipment. In compliance with this rule, Cisco Aironet, like all other wireless LAN providers, equips its radios and antennas with a unique connector to prevent attachment of non-approved antennas to radios.

GL-6

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Glossary

spread spectrum

SSID

transmit power

UNII

UNII-1

UNII-2

A radio transmission technology that spreads the user information over a much wider bandwidth than otherwise required in order to gain benefits such as improved interference tolerance and unlicensed operation.

Service set identifier (also referred to as Radio Network Name). A unique identifier used to identify a radio network and which stations must use to be able to communicate with each other or to an access point. The SSID can be any alphanumeric entry up to a maximum of 32 characters.

The power level of radio transmission.

Unlicensed National Information Infrastructure—regulations for UNII devices operating in the 5.15 to 5.35 GHz and 5.725 to 5.825 GHz frequency bands.

Regulations for UNII devices operating in the 5.15 to 5.25 GHz frequency band.

Regulations for UNII devices operating in the 5.25 to 5.35 GHz frequency band.

UNII-3

unicast packet

UPoE

WDS

WEP

Regulations for UNII devices operating in the 5.725 to 5.825 GHz frequency band.

A single data message (packet) sent to a specific IP address.

Cisco Universal Power Over Ethernet (UPOE) extends IEEE PoE+ standard by doubling the power per port to 60W over a single standard Ethernet Cable. It allows the consolidation of 60 watts power on a single Ethernet (CAT5E or higher) cable, or in short 60W per access switch port.

Wireless Domain Services. An access point providing WDS on your wireless LAN maintains a cache of credentials for CCKM-capable client devices on your wireless LAN. When a CCKM-capable client roams from one access point to another, the WDS access point forwards the client's credentials to the new access point with the multicast key. Only two packets pass between the client and the new access point, greatly shortening the reassociation time.

Wired Equivalent Privacy. An optional security mechanism defined within the

802.11 standard designed to make the link integrity of wireless devices equal to that of a cable.

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GL-7

Glossary

WLSE

WNM

workstation

WPA

Wireless LAN Solutions Engine. The WLSE is a specialized appliance for managing Cisco Aironet wireless LAN infrastructures. It centrally identifies and configures access points in customer-defined groups and reports on throughput and client associations. WLSE's centralized management capabilities are further enhanced with an integrated template-based configuration tool for added configuration ease and improved productivity.

Wireless Network Manager.

A computing device with an installed client adapter.

Wi-Fi Protected Access is a standards-based, interoperable security enhancement that strongly increases the level of data protection and access control for existing and future wireless LAN systems. It is derived from and will be forward-compatible with the upcoming IEEE 802.11i standard. WPA leverages TKIP (Temporal Key Integrity Protocol) for data protection and 802.1X for authenticated key management.

GL-8

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Cisco Aironet 1530 Series, Aironet 1532I, Aironet 1532E Hardware Installation Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Antenna N-Type Connector Locations

Installing a Lightning Arrestor

Installation Considerations

Installation Notes

Installing the Lightning Arrestor Outdoors

Grounding the Access Point

Cable for the Lightning Arrestor

Powering the Access Point

Connecting a 1530 Series Power Injector

Connecting an Ethernet Cable to the Access Point

Connecting a DC Power Cable to the Access Point

Connecting Streetlight AC Power

Configuring the Access Point

What to Do Next

Troubleshooting

Guidelines for Using the Access Points

Important Notes

Convergence Delays

Bridge Loop

Controller DHCP Server

MAP Data Traffic

Controller MAC Filter List

Using DHCP Option 43

Monitoring the Access Point LEDs

Verifying Controller Association

Changing the Bridge Group Name

Access Point Power Injector

Monitoring the Power Injector LEDs

Using the Reset Button

Resetting the Access Point

Translated Safety Warnings

Declarations of Conformity and Regulatory Information

Manufacturers Federal Communication Commission Declaration of Conformity Statement

Industry Canada

Canadian Compliance Statement

Declaration of Conformity for RF Exposure

European Community, Switzerland, Norway, Iceland, and Liechtenstein

Declaration of Conformity with regard to the R&TTE Directive 1999/5/EC & Medical Directive 93/42/EEC

Declaration of Conformity for RF Exposure

United States

Canada

European Union

Australia

Guidelines for Operating Cisco Aironet Access Points in Japan

Japanese Translation

English Translation

VCCI Statement for Japan

Administrative Rules for Cisco Aironet Access Points in Taiwan

Chinese Translation

English Translation

Chinese Translation

English Translation

Operation of Cisco Aironet Access Points in Brazil

Statement 371—Power Cable and AC Adapter

English Translation

EU Declaration of Conformity

Access Point Models

Regulatory Information

Portuguese Translation

English Translation

Channels and Power Levels

Access Point Data Sheet

Access Point Pinouts

Configuring DHCP Option 43

Overview

Configuring Option 43 for 1000, 1500, and 1530 Series Access Points

Configuring Option 43 for 1100, 1130, 1200, 1240, 1250, 1300, 1520, and 1530 Series Access Points