Tenda TEG1009P Switch with 9 ports Instructions

TEG1009P Switch with 9 ports
Instructions

Chapter 1 Introduction

1.1 Product Overview
This is a Gigabit Unmanaged Switch. It provides you with an ideal seamless solution of high performance, low cost, easy-to-use, and standard upgrade to boost your old network to 1000Mbps. The switch supports 10/100/1000M auto- sensing and protects the existing network investment when you enjoy the Gigabit network. The switch is plug-and-play with no configuration required. Diagnostic LEDs which display link status and activity, allow you to quickly detect and correct problems on the network. It also applies a Power over Ethernet (PoE) power supply, up to 30W output power per port, which can solve the problems resulting from wiring complexities, high cost, and maintenance difficulties of Wireless LAN APs, IP Phones, and IP Cameras.
1.2 Package Contents
Open the package and verify the following items carefully. If any of the listed items is damaged or missing, please contact your dealer.

• Switch*1
• Install Guide*1
• Magnet*4
• Power Cord Seri
• Screw Set*2
• Cushion*4

1.3 Physical Description
Front Panel
The front panel mainly consists of RJ45 ports and LEDs, shown in Figure 1-1.

(1) RJ45 Ports
There are 9 10/100/1000M RJ45 ports, of which one is the Uplink port, others the Downlink ports. Some of the Downlink ports are PoE-capable, details are shown as Table 1-1.
TEG1009P PoE-capable Ports(1-4)

• IEEE 802.3st compliant and IEEE 802.3at-compatible:
• Up to 4 IEEE 802.3af-compliant (15.4W) or 2 IEEE 802.3at-compatible (30W) PDs (powered devices) can be accessed simultaneously.

TEG1009P-EI PoE-capable Ports (1-8)

• IEEE 802.3af-compliant and IEEE 802.3at-compatible:
• Up to 8 IEEE 802.3at-compliant (15.4W) or 4 IEEE 802.3at-compatible (30W) POs can be accessed simultaneously.

TEG1309P PoE-capable Ports (1-4)

• IEEE 802.3at-compliant and IEEE 802.3at-compatible:
• Up to 4 IEEE 802.3atcompliant (15.4W) or 4 IEEE 802.3at-compatible (30W) PDs can be accessed simultaneously.

Table 1-1 PoE-capable RJ45 Ports

Tips:
Ethernet cables (Pair 1, Pair 2, Pair 3, and Pair 6) are employed for the PoE power supply. You’re recommended to use Cat.5 or higher UTP/STP cables. When you use Cat.5e and Cat.6 twisted cables, the PoE power supply distance is up to 150 meters.
(2) LEDs
You can check the link status and activity of the switch via LEDs. Table 1-2 describes the LED status.

can be powered on.
Off| PoE consumption is proper.
Link/Act (RJ45 with LEDs)| Orange| Solid| Proper network connection on the corresponding RJ45 port.
Blinking| Traffic is being transmitted on the corresponding RJ45 port.
Off| No network connection is on the corresponding RJ45 port.
PoE (RJ45 with LEDs)| Green| Solid| PDs are connected to the corresponding ports and powered on properly.
Off| No PDs are connected to the corresponding ports or powered on.

Table 1-2 LED status
Note: TEG1009P/TEG1309P: Green LEDs of the RJ45 ports (1-4) are PoE LEDs. TEG1009P-EI: Green LEDs of the RJ45 ports (1-8) are PoE LEDs. Other green LEDs of the RJ45 ports keep OFF, with NO FUNCTION.
Back Panel
The back panel mainly consists of a grounding terminal for lightning protection and a power socket, shown as Figure 1-2.

1. Kensington Security Slot
   Use an anti-theft lock to attach the switch to a fixed object against theft.

2. Grounding Terminal
   Use a wire to connect the terminal to the ground for lightning protection. For details, please refer to 2.5 Connect to Protective Grounding Cable (Page 9).

3. Power Input Jack
   Please plug the power adapter into this input jack to supply power for the switch.

Note:
Please use the provided power supply. The power adapter of the switch applies AC 100-240V-50/60Hz.

Chapter 2 Installation

2.1 Safety Precautions
To avoid any device damage and bodily injury caused by improper use, please observe the following rules.

• Keep the power off during the installation;
• Wear an ESD-preventive wrist strap, and make sure that the wrist strap has a good skin contact
• Use only the power supply provided with the switch;
• Make sure that the supply voltage matches the specifications identified on the power adapter of the switch;
• Ensure the vent hole is well-ventilated and unblocked;
• Do not open or remove the housing of the switch.
• Before cleaning the switch, power off the power supply. Do not clean it with a waterish cloth, and never use any other liquid cleaning method.
• Keep the switch away from the nearest source of high voltage, such as power lines, electric lamps, grids, etc.

Note:
There is a Tenda unpacking seal on one of the screws. If you want the local reseller to maintain your device, the seal should be kept unbroken. Before you open the device’s housing, please contact the local reseller to get permission, or you have to be responsible for the result that the device cannot be maintained because of unpermitted operation.
2.2 Site Requirements
Operating Temperature and Humidity
Requirements of temperature and humidity to the switch are shown in Table 2-1.

Table 2-1 Temperature and Humidity Requirement
Cleanness
To avoid the effect of static electricity on the operation of the switch, please attach much importance to the followings.

• Dust the switch regularly, and keep the indoor air clean;
• Keep the switch well-grounded and ensure static electricity has been transferred.

Lightning Protection
To avoid damage of electronic devices made by the extremely high voltage current produced when lightning occurs, please take the following lightning protection measures.

• Ensure the rack and the switch’s ground terminal are well-earthed;
• Make sure the power outlet has good contact with the ground;
• Keep a reasonable cabling system to avoid induced lightning;
• Use the signal SPD (Surge Protective Device) when wiring outdoor.

Installation Site
When installing the device on a rack or a flat workbench, please note the following items.

• Make sure that the rack or workbench is sturdy enough to support the switch and well-grounded;
• Make sure that the switch has a good ventilation system. The device should be left 10cm of equipment clearance for ventilation;
• Do not place heavy objects on the switch;
• If the switches need to be used in stacked, the vertical distance between neighboring ones cannot be less than 1.5 cm.

2.3 Installation Tools

• Phillips Screwdriver
• ESD-preventive Wrist Wrap
• Network Cables (Option)

2.4 Production Installation

Desktop Installation

Step 1: Set the bottom of the switch up on a flat and stable desktop;
Step 2: Paste four cushions in the corresponding concave places at the bottom;
Step 3: Turn over the switch and place it face up on the workbench.

Magnet Installation
Step 1: Attract 4 magnets into the corresponding round grooves on the bottom at each corner of the switch’s housing;
Step 2: Use screws to secure the magnets to the switch’s housing, shown as Figure 2-2 (a);
Step 3: Press the switch (installed with magnets) in a proper way on the stable surface you select, shown in Figure 2-2 (b). When installing, be careful with your fingers.

Note:

• Select the installation surface carefully. If the surface is not proper, the reliability of this installation will be influenced.
• Too high an installation position or vibration might cause a fall leading to switch damage or personal injury.
• When the installation is finished, don’t move the switch very often to avoid surface coating damage.
• To make it cable more easily, please place the switch bottom up when you mount it vertically and pay attention to the weight of the installed cables to avoid a fall.
• Keep magnets away from objects such as floppy disks, magnetic cards, computers, or computer monitors, which are easy to be magnetized. Otherwise, the device malfunctions will happen.

Wall Installation
Step 1: Punch 2 holes with a diameter of 5mm on the wall. The distance between the 2 holes is 110mm, and the line through them should keep horizontal, as illustrated in Figure 2-3;
Step 2: Install a conductor pipe inside the board hole, and flush the edge of the conductor pipe with the wall surface;
Step 3: Screw the bolts into the conductor pipe. Distance between the inside surface of the screw header and the edge of the conductor pipe should not be less than 2.5mm, to make sure that the device can be hung on the bolt tightly;
Step 4: Align two wall-type holes at the bottom of the device with the screw, and hang the device on it.

2.5 Connect to Protective Grounding Cable
Proper connection of the protective grounding cable is not only for quickly releasing the overvoltage and overcurrent resulting from lightning, but also necessary for protecting your body security.
With Grounding Bar
Connect one end of the protective grounding cable to the binding post on the grounding bar and fix the screws.

1. AC Power Input Jack
2. Binding Post
3. Protective Grounding Cable
4. Grounding Bar

Note:
The switch’s grounding cable should be connected to the engineering land in the IT room. Water hoses and lightning rods are not proper for grounding.
Without Grounding Bar
1. With mud land nearby and allowed to bury grounding bar.
Bury an angle iron or steel pipe (a0.5m) into the mud land. The protective grounding cable should be welded to the angle iron or steel pipe and the welding point should be embalmed.

1. AC Power Input Jack
2. Binding Post
3. Protective Grounding Cable
4. Earth
5. Angle Iron

2. Not allowed to bury grounding bar.
If not allowed to bury the grounding bar, you can directly connect the switch to the grounding bar through the power cord. Ensure that the provided adapter you use has a triplex plug, and the power cord in the switchgear room or beside the AC power supply transformer is well-grounded.

Chapter 3 Hardware Connection

Connection Procedures & Check
Step 1: Use an Ethernet cable to connect one upstream network device (such as another switch or a router) to the Uplink port on the switch, shown as Figure 3-1.

Step 2: Use other Ethernet cables to connect downstream network devices to the Downlink ports. PoE-capable ports can access PDs such as an AP, an IP phone, or an IP camera, shown as in Figure 3-2.

Note:
If cables on ports are running outdoors, please connect the network signal lightning arrester.
Step 3: Use the power adapter provided in the product package to supply power for the switch, shown as Figure 3-3.

Step 4: After powering up, the switch begins auto-initialization. Check the LED indicators, and they will respond as follows:

• All the functional LEDs will flash momentarily for one second and then be off, which represents a resetting of the system.
• The POWER LED indicator is lit.

©2013 Shenzhen Tenda Technology Co., Ltd. All rights reserved. This documentation (including pictures, images, product specifications, etc.) is for reference only. To improve internal design, operational function, and/or reliability, Tenda reserves the right to make changes to the products described in this document without the obligation to notify any person or organization of such revisions or changes.

Conventions

This Install Guide is for TEG1009P, TEG1009P-El, and TEG1309P.
Preface
Chapter 1 Introduction
Introduction to switch features and its physical description.
Chapter 2 Installation
Introduction to the installation methods and considerations.
Chapter 3 Hardware Connection
Introduction to the connection between the switch and other devices and considerations

Technical Support & Helplines 
Website:http://www.tendacn.com
Email:support02@tenda.com.cn
Skype: tends
YouTube: Tendasz1999
Hotline: 1-800-570-5892 (USA) (0852)31620883 (HongKong)
(061) 1300787922 (Australia) (064) 800787922 (New Zealand)

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