Emerson SiteLink-12E- Manuals

Emerson SiteLink-12E– User Manual, Manual in PDF format online.

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User Manual
Manual

User Manual Emerson SiteLink-12E

Summary

Page 3 - TABLE OF CONTENTS

i TABLE OF CONTENTS 1.0 P RODUCT O VERVIEW . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 2.0 I NSTALLING THE L IEBERT S ITE L INK -E M ODULE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 2.1 Preparations for Mounti...

Page 4 - ii; FIGURES

ii FIGURES Figure 1 Liebert SiteLink-E layout—power and communication connections, ports and switches . . . . . . . 1 Figure 2 Module dimensions, without enclosure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 Figure 3 Enclosure dimensions—overall . ...

Page 5 - Product Overview; RODUCT; The Liebert SiteLink-E; Figure 1

Product Overview 1 1.0 P RODUCT O VERVIEW The Liebert SiteLink-E ® interface module is a BACnet router that provides the communications link between Liebert units and other protocols and modules. The Liebert SiteLink-E module communi- cates with Liebert equipment such as environmental units, UPSs, f...

Page 6 - Installing the Liebert SiteLink-E Module; Preparations for Mounting the Module; • Refer to the following drawings in; Enclosure Diagrams; Figure 2; Dimensions are identical for

Installing the Liebert SiteLink-E Module 2 2.0 I NSTALLING THE L IEBERT S ITE L INK -E M ODULE The Liebert SiteLink-E module comes in an enclosure for mounting on the wall or floor. 2.1 Preparations for Mounting the Module 2.1.1 Choose a Location to Install the Liebert SiteLink-E The Liebert SiteLin...

Page 7 - Figure 3

Installing the Liebert SiteLink-E Module 3 Figure 3 Enclosure dimensions—overall Figure 4 Enclosure dimensions—Wall mount 14.25" (362mm) 12" (304.8mm) 0.88" (22.2mm) 3.55" (90.1mm) 1.12" (28.6mm) 1.5" (38.1mm) 1.12" (28.6mm) 1.38" (34.9mm) 2.85" (72.3mm) 9 places ...

Page 8 - Figure 5; places each end

Installing the Liebert SiteLink-E Module 4 Figure 5 Enclosure dimensions—Floor mount 16" (406.4mm) 9" (228.6mm) 0.88" (22.2mm) 4.05" (102.8mm) 2.62" (66.7mm) 1.5" (38.1mm) 2.62" (66.7mm) 1.88" (47.6mm) 9 places each end 17.25" (438.2mm) 0.11" (2.8mm) R 0.16...

Page 9 - Connect Input Power Wiring; ONNECT; Power Wiring; the module may not work properly.; WARNING; secured against unauthorized startup.; CAUTION

Connect Input Power Wiring 5 3.0 C ONNECT I NPUT P OWER W IRING 3.1 Power Wiring The Liebert SiteLink-E module is a Class 2 device (less than 30VAC, 0.4A). Take appropriate isola- tion measures when mounting the Liebert SiteLink-E module in a control panel where non-Class 2 devices (120VAC or greate...

Page 10 - Connect Input Power—AC or DC; Ground

Connect Input Power Wiring 6 3.2 Connect Input Power—AC or DC Liebert SiteLink-E modules may be powered with either alternating current or direct current within the operating range of 21.6-26.4 volts. The input power terminals are in the upper right corner of the module (see Figure 1 for location). ...

Page 11 - Communication and Control Wiring; OMMUNICATION; NOTICE; IGM Communication; the bottom of the module (see; Do not ground the shield at the Liebert SiteLink-E.

Communication and Control Wiring 7 4.0 C OMMUNICATION AND C ONTROL W IRING NOTICE Communication wiring must be performed in accordance with industry standards. All methods, wiring and connections must comply with local and national codes.Communication cables must not be kinked or otherwise damaged d...

Page 12 - Figure 7

Communication and Control Wiring 8 4.1.1 Wiring IGM Ports 1. Connect the IGM wiring to the SiteLink-E IGM ports, using the labels above the ports as a guide (see Figure 7 ). 2. If using a four-wire connection, set the jumpers, located behind the terminals, as required for the protocol to be implemen...

Page 13 - both ends of the network (see; Wiring for BACnet/ARC156 Network; Use the same polarity throughout the network segment.; Shield

Communication and Control Wiring 9 4.2 RS-485 and ARC156 Wiring Considerations An RS-485 network is intended to be configured as a linear bus with daisy-chained connections (star topologies are not recommended). Termination in RS-485 and ARC156 setups is usually applied to both ends of the network (...

Page 14 - Figure 10 Liebert SiteLink-E modules in ARCnet network; Wiring Port S1; Building Management System.; NOTE; Integration Guide for the third-party protocol.

Communication and Control Wiring 10 Figure 10 Liebert SiteLink-E modules in ARCnet network 4.4 Wiring Port S1 Port S1 on the Liebert SiteLink-E accommodates these connection types: • RS-485 four-wire• RS-485 two-wire• RS-232 These ports and protocols enable connection to Liebert equipment or to thir...

Page 15 - Figure 11 Port S1 jumpers and DIP switches; Port S1

Communication and Control Wiring 11 4.4.2 Wiring Port S1 for RS-485—Two-Wire For connecting the Liebert SiteLink-E Port S1 to a BMS that uses two-wire RS-485: • Liebert recommends using shielded, 18-24AWG twisted pair wiring.• The distance from the Liebert SiteLink-E module to the first RS-485 devic...

Page 16 - Wiring a Modem for Half-Router Communication—Port S1; Network; * Wire connection usually not needed

Communication and Control Wiring 12 4.4.3 Wiring Port S1 for RS-232 When connecting the Liebert SiteLink-E Port S1 to a third-party device that uses RS-232: • Liebert recommends using 18-28AWG wiring.• Most RS-232 cables are not twisted pair, but twisted-pair wiring is acceptable.• The distance from...

Page 17 - Specifications; PECIFICATIONS; Table 1; 20 hours data retention maximum

Specifications 13 5.0 S PECIFICATIONS Table 1 Specifications PHYSICAL Module Dimensions, W x H x D, in. (mm) 11-1/4 x 7-1/2 x 1-1/4 (286 x 191 x 32) Enclosure Dimensions, W x H x D, in. (mm) 14-1/4 x 12 x 3-9/16 (362 x 305 x 90) Recommended Panel Depth, in. (mm) 2-3/4 (70) Weight, Module Only, lb. (...

Page 18 - a variety of port types at multiple baud rates. See; Table 2

Specifications 14 The Liebert SiteLink-E communicates using BACnet and/or third-party protocols, and can connect to a variety of port types at multiple baud rates. See Table 2 . Table 2 Communication ports, protocols and settings Port Protocol Port Type(s) Baud Rate(s) Maximum Cable Length ft (m) Et...

Page 19 - unless; Termination; ends of the network segment.; make sure that

15 A PPENDIX A - C OMMUNICATION P ROTOCOL AND W IRING C ONSIDERATIONS A.1 Differences Between RS-485 and RS-422 Third-party manufacturers sometimes specify a device as either RS-485 or RS-422.RS-485 and RS-422 terminology is interchangeable, but there is at least one wiring difference: Each can have...

Page 20 - Bias; voltage is between 200mV and -200mV (known as the; undefined state; • The receivers are biased in the; mark state; transmitter sends a logic 1.; space state; network, and apply termination only at the two end devices.

16 A.3 Bias Data collisions occur when two devices enable their transmitters at the same time; these are likely to occur on RS-485/RS-422 networks. A master/slave protocol has one master and many slaves. The slaves are always listening and respond only when they hear their address in the master’s re...

Page 21 - Notes

Page 24 - Monitoring

Ensuring The High Availability0f Mission-Critical Data And Applications. Emerson Network Power, the global leader in enabling business-criticalcontinuity, ensures network resiliency and adaptability througha family of technologies—including Liebert power and coolingtechnologies—that protect and supp...