Johnson Controls VRF Smart Gateway Installation Instructions Manual Download Page 4

Figure 3: Mounting Holes, Flat Mounting, DIN

Rail Screws, in. (mm)

Note:

The screw holes on the VRF Smart Gateway
can accommodate M3.5 and #6 screws.

3. Drill holes in the wall based on the locations marked

in the preceding step, and insert wall anchors for each
hole (if necessary).

4. Hold the unit in place, insert the screws through the

mounting clips and into the screw holes, and then
carefully tighten all screws.

Important:

Do not overtighten the mounting screws.
Overtightening the screws may damage
the mounting clips or bracket.

Wiring

Wiring Consideration and Guidelines

Observe the following guidelines when wiring the VRF
Smart Gateway:

Do not allow the VRF Smart Gateway to hang from
a cable connection.

Provide some slack in the cable between the VRF
Smart Gateway and the controller or other device to
which you are connecting.

Wiring the H-Link Network

To wire the H-Link Network of the VRF Smart Gateway:

Connect the two H-Link cable wires to the left
terminals indicated in the following figure.

If the VRF Smart Gateway is connected at an
intermediate position of the H-Link network as
opposed to the end of the network segment, use the
right terminals shown in the following figure to
continue the H-Link network.

Figure 4: H-Link Cable Insert Position

To insert or remove the H-Link cable wires:

Push the orange tabs using a small, flat screwdriver
or similar tool as indicated in the following figure.

Then, insert or remove the wire and release the tab.

Figure 5: Inserting or Removing the H-Link Cable

Wires

Ethernet Port

The Ethernet port on the VRF Smart Gateway is an 8-pin
RJ-45 jack. The maximum allowable cable length is 328
ft (100 m). The Ethernet port on the VRF Smart Gateway
connects to the BAS by using an Ethernet switch or
similar networking equipment.

4

VRF Smart Gateway Installation Instructions

Summary of Contents for VRF Smart Gateway

Page 1: ...to be up to 30 m 100 ft line of sight away Power must be supplied using the provided external power supply North American Emissions Compliance United States This equipment has been tested and found to...

Page 2: ...unit upside down which puts the labels upside down Location Considerations Observe the following guidelines when mounting a VRF Smart Gateway Mount the VRF Smart Gateway in areas free of corrosive vap...

Page 3: ...ace to which the unit is mounted The screw holes on the VRF Smart Gateway can accommodate M3 5 and 6 screws For information on location considerations for maximizing signal strength see the Mounting s...

Page 4: ...h you are connecting Wiring the H Link Network To wire the H Link Network of the VRF Smart Gateway Connect the two H Link cable wires to the left terminals indicated in the following figure If the VRF...

Page 5: ...ne disconnection or isolation may be required to completely de energize equipment Contact with components carrying hazardous voltage can cause electric shock and may result in severe personal injury o...

Page 6: ...overed VRF devices A software update may be available for your device Visit VRFPro com or contact your nearest Johnson Controls representative for the latest version Refer to the VRF Smart Gateway Use...

Page 7: ...Fi and Ethernet Settings 1 Press and hold the reset button for 6 seconds After 2 seconds the Fault LED displays Slow Flicker behavior This changes to Fast Flicker behavior after an additional 4 second...

Page 8: ...sion On Steady Green Ethernet Off No Wi Fi signal or no devices currently connected over Wi Fi Wi Fi strength is indicated by the number of LEDs that are lit with one lit LED indicating weak wireless...

Page 9: ...the corrupted key or certificate to be saved The server detects the error and returns the Error Saving SSL Settings message While this correctly prevents the bad key or certificate from being used it...

Page 10: ...d Access Pre Shared Key mode Temporal Key Integrity Protocol WPA2 EAP PEAP WPA2 EAP TLS Wireless Security One H Link port 4 pin port Network and Serial Interfaces 145 4 x 85 4 x 40 1 mm 5 72 x 3 36 x...

Page 11: ...1 ETSI EN301 489 3 Class 2 IEC 60730 1 EN 60730 1 1 Last digit x represents non US country requirements The performance specifications are nominal and conform to acceptable industry standard For appli...

Page 12: ...Fan Dry Cool Status MI Actual System Mode SYSTEM S 25 High Medium Low Status MI Actual Supply Fan Speed SF SPD 26 50 99 C 58 210 F Value AI Zone Temperature ZN T 27 Dirty Clean Status BI Filter Statu...

Page 13: ...e INV HRS 11 0 655 350 Hours Value AI Compressor 2 Runtime COMP HRS 12 0 255 Hz Value AI Inverter Compressor Frequency INV FREQ 13 0 65 535 Hz Value AI Total Frequency TOTAL FREQ 14 0 100 Value AI Out...

Page 14: ...s Enum Value Thermo off 1 Pump down 2 SW on start 3 Thermo on start 4 After defrost 5 Start control 1 6 Start control 2 7 Normal 8 Oil return 9 Defrost ready 1 10 Defrost ready 2 11 Differential press...

Page 15: ...f synchronism 21 Na4 22 Na5 23 Normal acceleration 24 Normal deceleration 25 Constant speed 26 Overload after the acceleration 27 Overload after the deceleration 28 Overload after constant speed 29 Po...

Page 16: ...NO 22 BLOCK D NEW DISTRICT WUXI JIANGSU PROVINCE 214142 CHINA JOHNSON CONTROLS 507 E MICHIGAN ST MILWAUKEE WI 53202 USA JOHNSON CONTROLS WESTENDHOF 3 45143 ESSEN GERMANY Building Technologies Solutio...

Reviews: