Friant-Power-Manual-12_22_21.pdf

POWER MANUAL

ALL

WORKSTYLES

WELCOME

TABLE OF CONTENTS

INTRODUCTION

UNIVERSAL PARTS

4 Circuit Wire Diagram 3

Base Infeed 4

Power Pole 5

Data Port Plate 6

Receptacle 4- Circuit 7

PANELS

SYSTEM 2

Knockout Locations 11

Base Covers 12

Cross Section of Panel Cavity 13

Infeeds 14

Festoons 15

NOVO

Knockout Locations 18

Base Covers 19

Cross Section of Panel Cavity 20

Infeeds 21

Festoons 22

INTERRA

Knockout Locations - Duplex and Data Cutout 25

Base Covers 26

Cross Section of Panel Cavity 27

Frame Power and Data Locations 28

Infeeds 29

Festoons 30

Power Distribution - Belt Line - Power Pole 32

Power Distribution - Belt Line - Base Feed 33

BENCHING

VERITY

Infeeds 35

Connecting to Power Jumper 36

Powered Trough Dimensions 37

Non-Powered Trough Dimensions 38

DASH

Powering Dash 40

4-Circuit Daisy Chain Power Connectors 41

MY-HITE

Height Adjustable Base - Details 43

BEAM

Infeeds 45

Knockout Locations 46

Base Covers 47

Cross Section of Panel Cavity 48

Power Grommet 8

Desk-Mounted Power Unit 9

Table Power Distribution 9

Intro d uctio n

4901 East 12th St / Oakland / California 94601 / T: 510.535.5113 / F: 510.535.5237 / friant.com

4-Circuit Power Entry

RED TEXT

BLACK TEXT

RED TEXT

BLACK TEXT

4 Circuit Wire Diagram

U niversalBase Infeed

DESCRIPTION

Hardwire power infeed for use with 4-circuit power distribution

NOTES

• Connects building power from a wall, floor or column to the base of a powered System 2 or Novo panel, Interra frame, Beam post, Verity element, or 4-circuit Dash credenza.

• Distributes up to four 20-amp circuits. Line IIII is dedicated

• Includes a 6’ conduit that can be field-cut to the appropriate length

• Base infeed attachment varies by System. See notes in each System-specific section for details.

• MUST BE WIRED BY A LICENSED ELECTRICIAN.

niversalPower Pole

DESCRIPTION

Ceiling power entry, internal direct connect, 4-circuit

NOTES

• Connects a ceiling electrical supply to the base of a powered System 2 or Novo panel, Interra frame, Beam post, or Verity element

• Distributes up to four 20-amp circuits. Line IIII is dedicated

• Includes a rigid conduit encasing 14’ of wire, factory installed power harness, 12’ pole

• Pole can fit (70) cat. 6 cables along with power conduit.

• Power pole attachment varies by System. See notes in each System-specific section for details.

• MUST BE WIRED BY A LICENSED ELECTRICIAN.

Cross Section Cross Section with Data niversalData Port Plate

4901 East 12th St / Oakland / California 94601 / T: 510.535.5113 / F: 510.535.5237 / friant.com

Data Port Plate

Top Clip: Straight Top Clip: Bent upward

Product Installation After installing the data port plate and prior to closing the base kickplate, bend the top clip on the power retro as shown in the photos below. The top clip can easily be bent by hand. Do not over bend.

Product Description

PART #: FHDPP

This Data Port Faceplate is field configurable, flush-mounted onto the Panel Base Kickplate, and provides 1 to 4 flush-mount ports for a variety of snap-in connectors and adaptors.

Product Notes

• Installation and changes can be made without removing the

Panel Base Kickplate

• Plates can be installed and removed without any tools

• Window ID provided with each Data Port Plate

• Release latch provides easy access to connections without any tools

• Blank inserts included with each Data Port Plate

Dimensions

HEIGHT: 35/8”

WIDTH: 21/8”

DEPTH: 0.75” (from face of Panel Base Kickplate) MATERIAL: High impact plastic

SYSTEM 2 NOVO INTERRA VERITY BEAM

PART # F2DPP FHDPP FIDPP * FIDPP.BL ** FVDPP FBDPP *** FHDPP ****

Dimensions

DEPTH (from face of

Panel Base Kickplate)

0.25” 0.75” 0.75” 0.25” 0.25” 0.25” 0.75”

MATERIAL: High impact plastic

* use at base ** use at beltline power location *** less than 20 cables **** more than 20 cables

DESCRIPTION

This Data Port Faceplate is field configurable, and provides 1 to 4 flush-mount ports for a variety of snap-in connectors and adaptors.

NOTES

• Plates can be installed and removed without any tools

• Installation and changes can be made without removing the base cover

• Release latch provides easy access to connections

• Blank inserts included with each Data Port Plate

• Window ID provided with each Data Port Plate

• Data Jacks provided by others

• Height - 21/8”

• Width - 35/8”

4901 East 12th St / Oakland / California 94601 / T: 510.535.5113 / F: 510.535.5237 / friant.com

Data Port Plate (Front View)

4901 East 12th St / Oakland / California 94601 / T: 510.535.5113 / F: 510.535.5237 / friant.com

Data Port Plate (Back View)

Front View Back View

Dimensions Shown in millimeters niversalReceptacle - 4 circuit

DESCRIPTION

Duplex receptacle locks into power harness

NOTES

• Provides access to I, II, III, IIII circuit, each distributes up to 20 amps

• Provides dedicated circuit with “IIII” receptacle.

• Receptacle - CONT are permanently marked CONTROLLED on the face of the receptacle and must be connected to a timer or motion sensor at the infeed location by a licensed electrician in order to comply with California T24 niversal

DESCRIPTION

Power Grommets provide power, data and can be daisy chained

NOTES

• Can be installed on all Friant products standard with the exception of Verity

• Grommets can be field cut with provided template or factory cut for $75 charge

• 3 finishes available - brushed aluminum, brushed charcoal and cloud white

• Includes 10’ coiled cord (not shown) to connect to power source

• Distributes up to 10 amps

6x8 Power Grommet Specifications

(2) CAT6 Data Ports

(4) Power Outlets (2 above, 2 below)

(2) USB Ports

Power Grommet

5x8 Power Grommet Specifications

(2) CAT6 Data Ports

(3) Power Outlets, (2 above, 2 below)

(2) USB Ports

6x8

5x8 niversal

DESCRIPTION

Table Power Distribution attaches to underside of tabletops

NOTES

• Can be installed on all Friant products standard

• Distributes up to 10 amps

• 8’ power cord and 8’ daisy chain power connectors sold separately

Table Power Distribution

Table Power Distribution Unit

Single Circuit Infeed or Daisy Chain Power Connector

Power Unit - Worksurface Mounted

DESCRIPTION

Worksurface mounted power unit, attaches to worksurface via clamp

NOTES

• Includes 3 plugs and 2 USB ports

• Distributes up to 10 amps

• Includes attached 6’ cord

• Can be installed on any standard worksurface, no grommet needed

• Cannot be installed on Verity elements

SYSTEM 2

S ystem

Knockout Locations System 2

Panel thickness: 2”

Base thickness: 3.5”

• Knockout: 3” x 17/8”

• Accepts receptacles, data port plates or base infeeds

• Knockouts are located 10” in from the edge of the base cover

Knockout Quantities (per base cover)

12”, 18” wide - no knockouts

24” wide - 1 knockout

30”- 60” wide - 2 knockouts

Knockout Locations

3”

10”17/8” 10”

DESCRIPTION

System 2 monolithic panels are available powered and non-powered, with painted top caps and trim and levelling glides.

ystem

Base Covers System 2

Base Covers with Power Cutouts Part # Description

FASP11P-3 24" Powered Base Cover

FASP11P-4 30" Powered Base Cover

FASP11P-5 36" Powered Base Cover

FASP11P-6 42" Powered Base Cover

FASP11P-7 48" Powered Base Cover

FASP11P-8 60" Powered Base Cover

FASP18-0 Duplex Outlet Cover

Non - Powered Base Covers Part # Description

FASP11-1 12" Non Powered Base Cover

FASP11-2 18" Non Powered Base Cover

FASP11-3 24" Non Powered Base Cover

FASP11-4 30" Non Powered Base Cover

FASP11-5 36" Non Powered Base Cover

FASP11-6 42" Non Powered Base Cover

FASP11-7 48" Non Powered Base Cover

FASP11-8 60" Non Powered Base Cover

Base covers are included with panels (powered panels will have base covers with power cutouts, non-powered panels will have non-powered base covers). They are available sold separately for special situations.

See System 2 Pricebook for details and current pricing.

ystem

Cross Section of Panel Cavity

System 2

Non-Powered Base Model Powered Base Model

Powered panels accommodate upward of 70 Cat 5/6 cables.

Non-powered panels accommodate upward of 100 Cat 5/6 cables.

ystem

Infeeds

System 2

BASE INFEEDS

• Base infeeds attach to the base of powered panels at a knockout location.

• (1) Knockout location is taken up by infeed and cannot be used for receptacles or data port plates

POWER POLES

• Power poles can attach at the end of a panel run or at a connector

• When attaching Power Poles at the end of a panel run, (1) FDR.XX draw rod will be needed. Order draw rod height to match the height of the panel.

• When attaching Power Poles to a connector, the pole will need to take up one of the connection points. Power Poles are not able to attach at a 4-way connector when all (4) connection points are taken up by panels.

• To attach at a 2-Way connection point, order a 3-Way connector

• To attach at a 3-Way connection point, order a 4-Way connector ystem

Festoons

System 2

DESCRIPTION

• Festoons connect powered panels in a straight line or through connectors. All System 2 powered panels will come with a panel to panel festoon, which extends power in a straight line from panel to panel or at a 90° angle. Because these are included, there is no need to order them separately.

• Festoons will only need to be ordered separately when bringing power in a straight line across a connector when the wing panels are non-powered.

Panel to Panel Festoon

• Included with each powered panel

• Extends power in straight line from panel to panel.

• Extends power at a 90 degree angle through a 2-way, 3-way, or 4-way connector.

Pass Through Festoon

• Part Number F2CPK.1

• Extends power in straight line through 3-way or 4-way connector

• Extends power through a 135° or 120° 2-way, 3-way connector.

ystem

Festoons

System 2

All Panels Powered - no additional festoons needed

Spine Power Only

135° and 120°

135° 120°

(1) F2CPK.1

(1) F2CPK.1 (1) F2CPK.1 (2) F2CPK.1

(1) F2CPK.1

NOVO

N ovo

Novo Knockout Locations

3” 17/8”10.5” 10.5”

• On powered panel knockouts are located 10.5” in from the edge of the base cover.

• Knockouts are 3” by 17/8”

• Accepts receptacles, data port plates or base infeeds

Knockout Quantities (per base cover)

24” wide - 1 knockout

30”- 48” wide - 2 knockouts

Knockout Locations

DESCRIPTION

NOVO system offers monolithic and segmented panels. All panels are available electrical and non-electrical.

Duplex Cutout

Panel thickness: 2”

Base thickness: 2” ovo

Base Covers Novo

Non-Powered Base Covers Part # Description

FHSP11M-3 Metal Base Cover, Non-Power 24”

FHSP11M-4 Metal Base Cover, Non-Power 30”

FHSP11M-5 Metal Base Cover, Non-Power 36”

FHSP11M-6 Metal Base Cover, Non-Power 42”

FHSP11M-7 Metal Base Cover, Non-Power 48”

Base Covers with Power Cutouts Part # Description

FHSP11M-3 Metal Base Cover, with power cutouts 24”

FHSP11M-4 Metal Base Cover, with power cutouts 30”

FHSP11M-5 Metal Base Cover, with power cutouts 36”

FHSP11M-6 Metal Base Cover, with power cutouts 42”

FHSP11M-7 Metal Base Cover, with power cutouts 48”

FASP18-0 Plastic Cover for base cover power cutouts

Base covers are included with panels (powered panels will have base covers with power cutouts, non-powered panels will have non-powered base covers). They are available sold separately for special situations.

See Novo Pricebook for details and current pricing.

ovo

Cross Section of Panel Cavity of Panel Cavity Novo

Non-Powered Base Model Powered Base Model

Powered panels accommodate upward of 20 Cat 5/6 cables.

Non-powered panels accommodate upward of 60 Cat 5/6 cables.

ovo

Infeeds

Novo

BASE INFEEDS

• Base infeeds attach to the base of powered panels at a knockout location.

• (1) Knockout location is taken up by infeed and cannot be used for receptacles or data port plates

POWER POLES

• Power poles can attach at the end of a panel run or at a connector

• When attaching Power Poles at the end of a panel run, (1) FDR.XX draw rod will be needed. Order draw rod height to match the height of the panel.

• When attaching Power Poles to a connector, the pole will need to take up one of the connection points. Power Poles are not able to attach at a 4-way connector when all (4) connection points are taken up by panels.

ovo

Novo Festoons

DESCRIPTION

• Festoons connect powered panels in a straight line or through connectors. All Novo powered panels will come with a panel to panel festoon, which extends power in a straight line from panel to panel. Because these are included, there is no need to order them separately.

• Festoons will only need to be ordered separately when bringing power across a connector. Novo uses two different festoon sizes to achieve different connections.

90° Angle Festoon

• Part number FHCPK.90

• Extends power at a 90 degree angle through a 2-way, 3-way, or 4-way connector.

Panel Through Post Festoon

• Part number FHCPK.1

• Extends power in a straight line through 90 ° 3-way or 4-way connector.

• Extends power through a 135° or 120° 2-way or 3-way connector.

ovo

Novo Festoons All Panels Powered

Spine Power Only

135° and 120°

(1) FHCPK.90

(1) FHCPK.90

(1) FHCPK.1 (1) FHCPK.1

(2) FHCPK.90

(1) FHCPK.1 (1) FHCPK.1

(2) FHCPK.1(1) FHCPK.1 (1) FHCPK.1

INTERRA

Interra

Knockout Locations Interra

3”

10.5”17/8”10.5”

Knockout Locations

• Interra base covers are available with duplex cutouts or duplex and data cutouts

• Knockouts are 3” by 17/8”

• Accepts receptacles, data port plates, or base infeeds.

• Knockouts are located 10.5” in from the edge of the base cover.

Knockout Quantities per power/data cover)

24” wide - 1 data, 1 power

30” - 48” - 1 data, 2 power

Knockout Quantities per power base cover)

24” wide - 1 power

30” - 48” - 2 power

Duplex Cutout Duplex and Data Cutout

10.5”

10.5”

6”

5”

10.5” 10.5”

24" W

30" W

36" - 48” W

Frame thickness: 29/16”

Base thickness: 29/16”

Base Covers Interra

Non-Powered Base Covers Part # Description

FIBCM.24 Metal Base Cover, Non-Power 24”

FIBCM.30 Metal Base Cover, Non-Power 30”

FIBCM.36 Metal Base Cover, Non-Power 36”

FIBCM.42 Metal Base Cover, Non-Power 42”

FIBCM.48 Metal Base Cover, Non-Power 48”

Powered Base Covers FIBCM.24-E Metal Base Cover, with duplex cutouts 24”

FIBCM.30-E Metal Base Cover, with duplex cutouts 30”

FIBCM.36-E Metal Base Cover, with duplex cutouts 36”

FIBCM.42-E Metal Base Cover, with duplex cutouts 42”

FIBCM.48-E Metal Base Cover, with duplex cutouts 48”

Powered Base Covers with Data FIBCM.24-ED Metal Base Cover, with duplex and data cutouts 24”

FIBCM.30-ED Metal Base Cover, with duplex and data cutouts 30”

FIBCM.36-ED Metal Base Cover, with duplex and data cutouts 36”

FIBCM.42-ED Metal Base Cover, with duplex and data cutouts 42”

FIBCM.48-ED Metal Base Cover, with duplex and data cutouts 48”

FASP18-0 Plastic Cover for base cover power cutouts

Base covers are included with frames (powered frames will have base covers with power cutouts, power/data frames will have an additional knockout for data, non-powered frames will have non-powered base covers). They are available sold separately for special situations.

See Interra Pricebook for details and current pricing.

Cross Section of Panel Cavity Interra

Non-Powered Base Model Powered Base Model

Base can accomodate upward of 30 Cat 5/6 cables when powered, upward of 60 Cat 5/6 cables when non-powered.

Beltline can accomodate upward of 30 Cat 5/6 cables when powered, upward of 60 Cat 5/6 cables when non-powered.

There is additional space for data at midlines under the worksurface. See frame elevations on page 28 for details.

2.5”

16” 22”

33”

Frame Power and Data Locations Interra

NOTES

Power & data distribution cut outs are approximately 2.75” tall and are located approximately 2.5”, 16”, 22”, & 33” from the bottom of the frame.

See elevations of all frame sizes below.

Infeeds

Interra

BASE INFEEDS

• Base infeeds attach to the base of powered frame at a knockout location.

• (1) Knockout location is taken up by infeed and cannot be used for receptacles or data port plates

POWER POLES

• Power poles can attach at the end of a panel run or at a connector

• When attaching Power Poles at the end of a panel run, (1) FIPTP.XX frame-to-frame package will be needed. Order package height to match the height of the frame.

• When attaching Power Poles to a connector, the pole will need to take up one of the connection points. Power Poles are not able to attach at a 4-way connector when all (4) connection points are taken up by panels.

Festoons

DESCRIPTION

• Festoons connect powered panels in a straight line or through connectors. All Interra powered panels will come with a panel to panel festoon, which extends power in a straight line from panel to panel. Because these are included, there is no need to order them separately.

• Festoons will only need to be ordered separately when bringing power across a connector.

Pass Through Festoon

• Part number FIPTF.23

• Extends power in straight line through 3-way or 4-way connector

• Extends power at a 90° angle through a 2-way, 3-way, or 4-way connector.

• Extends power through a 135° or 120° 2-way, 3-way connector.

Interra

(2) FIPTF.23(1) FIPTF.23 (1) FIPTF.23

Festoons

All Panels Powered

Spine Power Only

135° and 120°

(1) FIPTF.23 (2) FIPTF.23 (3) FIPTF.23

(1) FIPTF.23 (1) FIPTF.23

Power Distribution, Belt Line - Power Pole

Power Pole - Part#- FICPE.XX

• * Beltline power can only be located at this height

• Panel to panel festoons included with beltline retro

• Connect beltline power retros at connectors with festoons, just like at base

*24"

Beltline Power Retros Part #FIBPR.XX

Festoon Part #FIPTF.23

NOTES

• Power Pole Conduit can run directly into the beltline. No need for power at the base. Belt line tiles must be located right above 24” of tile.

• Add beltline power retros to each frame to distribute power. Beltline power retros include panel to panel festoon.

• Connect beltline power retros at connectors with festoons, just like at base.

Power Distribution, Belt Line - Base Feed

• * Beltline power can only be located at this height

• Panel to panel festoons included with beltline retro

• Connect beltline power retros at connectors with festoons, just like at base

Base Feed

In frame power jumper

*24"

Beltline Power Retros Part #FIBPR.XX

Festoon Part #FIPTF.23

NOTES

• Base Feed connects to base of powered panel, then power is jumped to beltline with In frame power jumper.

• Once at the beltline, all other panels can be non-powered.

• Belt line tiles must be located right above 24” of tile.

• Add beltline power retros to each frame to distribute power. Beltline power retros include panel to panel festoon.

• Connect beltline power retros at connectors with festoons, just like at base.

• Order duplexes separately.

VERITY

V erity

Infeeds

Verity

BASE INFEEDS

• There are two ways to connect base infeeds to Verity elements:

• Base infeed with FVWM Wire Manager to connect power anywhere along the run and use the wire manager to conceal wires

• Base infeed and Enclosed Center Leg to connect power at the center of a run and conceal wires inside the leg

• Infeed attaches to side of power retro, does not take up a receptacle location

POWER POLES

• Power poles attach at the start or end of a Verity run

• Specify double-sided or single-sided attachment

Enclosed Center Leg

Wire Manager

Power pole erity

Verity Connecting to Power Jumper

PART # ACTUAL WIDTH

FVJUMP.48 40”

FVJUMP.54 46”

FVJUMP.60 52”

FVJUMP.66 58”

FVJUMP.72 64”

FVJUMP.78 70”

FVJUMP.84 76”

48 54 60 66 72 78 84

48 FVJUMP.48 FVJUMP.54 FVJUMP.54 FVJUMP.60 FVJUMP.60 FVJUMP.66 FVJUMP.66

54 FVJUMP.54 FVJUMP.54 FVJUMP.60 FVJUMP.60 FVJUMP.66 FVJUMP.66 FVJUMP.72

60 FVJUMP.54 FVJUMP.60 FVJUMP.60 FVJUMP.66 FVJUMP.66 FVJUMP.72 FVJUMP.72

66 FVJUMP.60 FVJUMP.60 FVJUMP.66 FVJUMP.66 FVJUMP.72 FVJUMP.72 FVJUMP.78

72 FVJUMP.60 FVJUMP.66 FVJUMP.66 FVJUMP.72 FVJUMP.72 FVJUMP.78 FVJUMP.78

78 FVJUMP.66 FVJUMP.66 FVJUMP.72 FVJUMP.72 FVJUMP.78 FVJUMP.78 FVJUMP.84

84 FVJUMP.66 FVJUMP.72 FVJUMP.72 FVJUMP.78 FVJUMP.78 FVJUMP.84 FVJUMP.84

4-CIRCUIT POWER JUMPER

POWER JUMPER SIZING CHART

Example Jumper Calculation

Calculate the jumper needed between element A and element B.

Step 1 - Take the width of the first element and find that number in the left column.

A is 54” and 54 is the second row down in the table.

Step 2 - Take the width of the second element and find that number across the top.

B is 78” and 78 is sixth column to the right.

Step 3 - Where the row and column intersect that is the required jumper needed.

54 and 78 intersects at FVJUMP.66.

Element A

Jumper

FVJUMP.66

Jumper

FVJUMP.66

54” 54”78”

Element B Element C

DESCRIPTION

• Connects power from one Element to another.

• For a 96”W element, order one additional for middle 48” power jumper, FVJUMP.48.

• When connecting two elements of equal width, order Power Jumper to match width of elements.

• When connecting two elements of different width, reference chart below for applicable Jumper size.

erity

DOUBLE SIDED TROUGH, POWERED

SINGLE SIDED TROUGH, POWERED

Verity Powered Trough

NOTES

• Included in powered elements and sold separately for special situations.

• Order duplexes/infeed/jumpers separately

• FASP08-4-ZN, Retro only, see Verity Parts List for current pricing erity

DOUBLE SIDED TROUGH, NON-POWERED

SINGLE SIDED TROUGH, NON-POWERED

Verity Non-Powered Trough

NOTES

• Included in non-powered elements

DASH

ordering power for a credenza power distribution options

Credenzas may be ordered with either single circuit plug-in or 4-circuit hardwire power. See below for an ordering guide:

What type of infeed is needed?

What type of power needs to be specified?

What electrical components are needed?

Figure C

Figure D2

Hardwired Order part

#FD-BPI.4CIR for hardwire power infeed. Must be wired by an electrician

Order part # FD-BPI.1CIR for plug-in power infeed.

May be plugged into electrical outlet

Plug-in

4-circuit Credenza must be specified with -E4 at the end of the part #

Credenza must be specified with -E1 at the end of the part #

1-circuit

Duplexes Order two duplexes for each credenza. Choose from F2RECP4.I, F2RECP4.II, F2RECP4.III, or

F2RECP4.IIII

Daisy Chain Order jumper to match width of credenza to connect power to an adjacent credenza (FD-CPJ.60 for 60" wide credenza)

Order FD-DCI.1CIR to connect power to an adjacent credenza. Single circuit daisy chain cord is 8’

Daisy Chain

Power single credenza

Powered Interra Panels

Daisy Chained Powered Credenza

Figure D1

Figure D3

Power distributed from the beltline on Interra panels

Specify powered credenzas by adding -E1 or -E4 to the end of the part #

Daisy chain distributes power from first credenza to adjacent credenzas

Non-powered credenza (specify by adding N to the end of the part # indicating non-powered)

Hardwired 4-circuit infeed (must be wired by an electrician) or plug-in power

Order powered credenza by specifying -E1 or -E4

Single circuit power -E1 shown

Wall

D ash

Dash Powering Dash

D ash

Dash 4-Circuit Daisy Chain Power Connectors

PART # ACTUAL WIDTH

FD-CPJ.36 22”

FD-CPJ.42 28”

FD-CPJ.48 34”

FD-CPJ.54 40”

FD-CPJ.60 46”

FD-CPJ.66 52”

FD-CPJ.72 58”

FD-CPJ.78 64”

FD-CPJ.84 70”

36 42 48 54 60 66 72 78 84

36 FD-CPJ.36 FD-CPJ.42 FD-CPJ.42 FD-CPJ.48 FD-CPJ.48 FD-CPJ.54 FD-CPJ.54 FD-CPJ.60 FD-CPJ.60

42 FD-CPJ.42 FD-CPJ.42 FD-CPJ.48 FD-CPJ.48 FD-CPJ.54 FD-CPJ.54 FD-CPJ.60 FD-CPJ.60 FD-CPJ.66

48 FD-CPJ.42 FD-CPJ.48 FD-CPJ.48 FD-CPJ.54 FD-CPJ.54 FD-CPJ.60 FD-CPJ.60 FD-CPJ.66 FD-CPJ.66

54 FD-CPJ.48 FD-CPJ.48 FD-CPJ.54 FD-CPJ.54 FD-CPJ.60 FD-CPJ.60 FD-CPJ.66 FD-CPJ.66 FD-CPJ.72

60 FD-CPJ.48 FD-CPJ.54 FD-CPJ.54 FD-CPJ.60 FD-CPJ.60 FD-CPJ.66 FD-CPJ.66 FD-CPJ.72 FD-CPJ.72

66 FD-CPJ.54 FD-CPJ.54 FD-CPJ.60 FD-CPJ.60 FD-CPJ.66 FD-CPJ.66 FD-CPJ.72 FD-CPJ.72 FD-CPJ.78

72 FD-CPJ.54 FD-CPJ.60 FD-CPJ.60 FD-CPJ.66 FD-CPJ.66 FD-CPJ.72 FD-CPJ.72 FD-CPJ.78 FD-CPJ.78

78 FD-CPJ.60 FD-CPJ.60 FD-CPJ.66 FD-CPJ.66 FD-CPJ.72 FD-CPJ.72 FD-CPJ.78 FD-CPJ.78 FD-CPJ.84

84 FD-CPJ.60 FD-CPJ.66 FD-CPJ.66 FD-CPJ.72 FD-CPJ.72 FD-CPJ.78 FD-CPJ.78 FD-CPJ.84 FD-CPJ.84

4-CIRCUIT DAISY CHAIN

DAISY CHAIN SIZING CHART

Example Daisy Chain Calculation

Calculate the daisy chain needed between credenza A and credenza B.

Step 1 - Take the width of the first credenza and find that number in the left column.

A is 48” and 48 is the second row down in the table.

Step 2 - Take the width of the second credenza and find that number across the top.

B is 60” and 60 is sixth column to the right.

Step 3 - Where the row and column intersect that is the required jumper needed.

48 and 60 intersects at FD-CPJ.54.

Credenza A

Jumper

FD-CPJ.54

Jumper

FD-CPJ.54

48” 48”60”

Credenza B Credenza C

DESCRIPTION

• Connects power from one 4-circuit credenza to another.

• When connecting two credenzas of equal width, order daisy chain to match width of credenzas.

• When connecting two credenzas of different widths, reference chart below for applicable daisy chain size.

MY-HITE

M y-H ite

Height Adjustable Base - Details My-Hite

3 Stage Base

TABLE MOTION WATTS AMPS

ONE (1) LOADED ADJUSTABLE TABLE RUNNING DRAW 360W 4.16 AMP

ONE (1) EMPTY ADJUSTABLE TABLE RUNNING DRAW 200W 2.08 AMP

ONE (1) ADJUSTABLE TABLE (NOT IN MOTION) DRAW 0W 0 AMP

TABLE MOTION WATTS AMPS

ONE (1) LOADED ADJUSTABLE TABLE RUNNING DRAW 400W 3 AMP

ONE (1) EMPTY ADJUSTABLE TABLE RUNNING DRAW 200W 1.5 AMP

ONE (1) ADJUSTABLE TABLE (NOT IN MOTION) DRAW .3W 0 AMP

ELECTRICAL DRAW

2 Stage bases include 10’ cord with 3 prong plug

2 Stage Base

3 Stage bases include 9’ cord with 2 prong plug

BEAM

B eam

Infeeds

Beam

BASE INFEEDS

• Base infeed can attach at any Beam Post.

• Base infeeds will include post insert with a mouse-hole cutout for infeed

• (1) tall and (1) short insert are included

• Infeed attaches to side of power retro, does not take up a receptacle location

POWER POLES

• Beam power poles attach at any tall insert side of a Beam post. They can attach at any of the following post types:

• End-of-run post

• 2-way 90° post

• 3-way 90° post eam

Knockout Locations Beam

31”

50”

55”

61”

67”

14”

37 ”

14 ”

3”

14 ” 14 ”

14” 14”

14”14 ”

14 ”

14”

14”

14”

43 ”

14”

14 ”

36”

42”

48”

54”

60”

66”

72”

Knockout Locations

• All powered base covers are power/data

• Knockouts are 3” by 17/8”

• 14” from outside.

Knockout Quantities (per base cover)

31” wide - 1 data, 1 power

37”- 72” wide - 1 data, 2 power eam

Base Cover, Non-Powered Part # Description

FATB-BC-N-36 Non-powered Beam basecover, 36”

FATB-BC-N-42 Non-powered Beam basecover, 42”

FATB-BC-N-48 Non-powered Beam basecover, 48”

FATB-BC-N-54 Non-powered Beam basecover, 54”

FATB-BC-N-60 Non-powered Beam basecover, 60”

FATB-BC-N-66 Non-powered Beam basecover, 66”

FATB-BC-N-72 Non-powered Beam basecover, 72”

Base Covers Beam

Non-powered base covers are used to finish off one side of a Beam package when no power access is needed.

See My-Hite Collection Pricebook for details and current pricing.

eam

Cross Section of Beam Cavity Beam

December 2021

Beam Package without Power Components Powered Beam Package

Powered Beam package accommodate upward of 30 Cat 5/6 cables.