S02 - Attach Narrative Set 2 of 3.pdf

1.000"

A

1.000" w d"

W

H h d

BENDER

TOTAL

HAZARD

CURRENT

TRANSFORMER

LO AD

TEST

SAFE

mA mA mA

>80%%

MUTE

L IM2 000 plus

H AZA RD

BENDER

TOTAL

HAZARD

CURRENT

TRANSFORMER

LO AD

TEST

S AFE

mA mA mA

>80%%

MUTE

L IM2 000 plus

H AZA RD

A

10 10

141516

TOP

FRONT SIDE

1 - Stainless steel front trim

2 -

3 -

4 -

5 -

6 -

7 -

8 -

9 -

10 -

11 -

12 - Loadcenter

13 - Isolation transformer, dual secondary, single-phase

14 -

15 - LIM connector plate

16 -

17 -

120 V Side

Sample Outline: Dual Output Voltage Isolated Power Panel

Sample Wiring Diagram: Dual Output Voltage Isolated Power Panel

ID-Dual Output Voltage Isolated Power Panels

1 - kVA rating of transformer

2 - Primary voltage of transformer

C: 240 V H: 220 V

3 - Secondary voltage of transformer

4 - kVA rating of 120 V secondary

5 - Loadcenter/Panelboard Manufacturer

SB: Square D, Bolt-On

CB: Cutler-Hammer, Bolt-On

6 - Branch circuit breaker(s) rating, 208 or 240 V side

A2: 20 A A5: 50 A

7 - Qty. of branch circuit breakers, 208 or 240 V side

8 - Transformer Load Monitoring

[ ]: Feature not required

1 - kVA rating of transformer

2 - Primary voltage of transformer

C: 240 V H: 220 V

3 - Secondary voltage of transformer

4 - kVA of 120 V secondary

X M

2 5 B B 2 3 4

1 0

I D

2 5 B- B 2 3

1 0

S P 5 6

- 2

Backbox / Front Trim Combinations for ID Panels kVA Backbox Size

(H x W x D) Front Trim Size

(H x W) Mounting

Backbox Part Number

Front Trim Part Number

20, 22.5, 25 51“ x 34“ x 14“ 53“ x 36“ Flush B513414 T5336

20, 22.5, 25 51“ x 34“ x 14“ 51“ x 36“ Surface B513414S T5134

Ordering Information: Dual Output Voltage Isolated Power Panel

BENDER’s complete Isolated Power Panels are comprise of four assembly types:

STEP 1: Interior - Dual Output Voltage Panel

STEP 2: Transformer (Dual Output Voltage)

STEPS 3 & 4: Backbox and Front Trim

Contact your local BENDER sales office for additional or custom configurations.

LM

*Note:

1 -

2 -

3 -

4 -

5 - Heat shield, vertical

6 -

7 -

8 -

9 -

10 -

11 - Loadcenter

12 - Isolation transformer, single-phase

13 -

14 - LIM connector plate

15 -

System 1 System 2

Sample Outline: Dual System Isolated Power Panel

Sample Wiring Diagram: Dual System Isolated Power Panel

IX- Dual System Isolated Power Panels

W w

H

FRONT A

d

TOP

A h

H2 d

H1

BENDER TR ANSFOR ME R

LOA D % >80%

TEST

SAFE

T OT AL

HA ZAR D

CURR ENT

mA mA mA

LIM2000plus

MUTE

HAZARD

BENDER TRA NS FORMER

LOAD

TOTA L

HAZ ARD

CUR RE NT

SAFE

TEST

LIM2000plus% >80%

HAZARD

MUTE

mA mA mA

1.000"

1.000"

SIDE

I X

1 0 B- A 2 3

S P

1 0 B A 5 6

System 1

1 - System 1 - Total kVA

2 - System 1 - Primary voltage

3 - System 1 - Secondary voltage

System 2

4 - System 2 - Total kVA

5 - System 2 - Primary voltage

6 - System 2 - Secondary voltage

7 - Loadcenter/Panelboard Manufacturer

SB: Square D, Bolt-On

CB: Cutler-Hammer, Bolt-On

2 - Primary voltage of transformer

3 - Secondary voltage of transformer

X M

1 0 B A 2 3

Note*:

Contact your local BENDER sales office for additional or custom configurations.

Ordering Information: Dual System Isolated Power Panel

BENDER’s complete Isolated Power Panels are comprise of four assembly types:

STEP 1: Interior - Dual System Panel

STEP 2: Transformer * (Two Required)

Backbox / Front Trim Combinations for IX Panels kVA Backbox Size

(H x W x D) Front Trim Size

(H x W) Mounting

Front Trim Part Number

Backbox Part Number

3, 5, 7.5, 10 71“ x 34“ x 8“ 73“ x 36“ Flush T7336 B713408

3, 5, 7.5, 10 71“ x 34“ x 8“ 71“ x 34“ Surface T7134 B713408S

STEPS 3 & 4: Backbox and Front Trim

1 - Total kVA of transformer

Both Systems

8 - Transformer Load Monitoring

[ ]: Feature not required LM: Load Monitoring Current

LM

*Note:

Additional Circuit Breakers for Isolated Power Panels

Model No. Description Ordering No.

QO220 Circuit Breaker, Square-D, Plug-On Type, 20 A/ 2P, 120/240 VAC, 10 kAI P 1230 0001

QOB220 Circuit Breaker, Square-D, Bolt-On Type, 20 A/ 2P, 120/240 VAC, 10 kAI P 1230 0093

QO215 Circuit Breaker, Square-D, Plug-On Type, 15 A/ 2P, 120/240 VAC, 10 kAI P 1230 0046

QOB215 Circuit Breaker, Square-D, Bolt-On Type, 15 A/ 2P, 120/240 VAC, 10 kAI P 1230 0065

BAB2020 Circuit Breaker, Cutler-Hammer, Bolt-On Type, 20 A/ 2P, 120/240 VAC, 10 kAI P 1230 0107

BAB2015 Circuit Breaker, Cutler-Hammer, Bolt-On Type, 15 A/ 2P, 120/240 VAC, 10 kAI P 1230 0036

CH*220 Circuit Breaker, Cutler-Hammer, Plug-On Type, 20 A/ 2P, 120/240 VAC, 10 kAI P 1230 0168

CH*215 Circuit Breaker, Cutler-Hammer, Plug-On Type, 15 A/ 2P, 120/240 VAC, 10 kAI P 1230 0169

THQP215 Circuit Breaker, General Electric, Plug-On Type, 15 A/ 2P, 120/240 VAC, 10 kAI P 1230 0099

THQP220 Circuit Breaker, General Electric, Plug-On Type, 20 A/ 2P, 120/240 VAC, 10 kAI P 1230 0100

Spare Parts List

LIM2010 Line Isolation Monitor, 100 – 240 V / 1-Phase B 9207 5021

CP-LIM2010 Connector Plate Assembly for LIM2010, LIM and remote connections B 5111 0001

STW3 Current sensingTransformer (up to 100 A) B9802 1000

Additional Accessories for Panels

COM460IP

XMBFTC470

BENDER RS-485 Bus

Ethernet Modbus/TCP

OPC Modbus/TCP SCADA / BMS

TCP/IP/Ethernet

Modbus/TCP

TCP/IP

Modbus/TCP

Modbus RTU

Profibus DP

Modbus/TCP

WiFi Router

OPC

Server

XDP

5 6

9 10

11 12 13

Communication Solutions & Central Monitoring

BENDER‘s line of communication products allow for fast notifica-tion of personnel when a problem has occured. Critical systems monitored by BENDER equipment may be connected to a variety of remote indicators to notify personnel of the current status of the system. Communication gateways bring your electrical safety via several standard protocols, such as Ethernet, MODBUS, and easy-to-use status page, accessible through a web browser. E-mail and SMS messaging when an alarm has occurred is also available.

effective deployment of service personnel and can help avoid equipment damage or failure.

Communication possibilities with BENDER systems and devices

1 - LIM2010 Line Isolation Monitor

2 -

3 - BENDER communication bus

4 -

5 -

6 -

7 -

8 -

9 - OPC server connectivity capabilities

10 - SCADA / BMS connectivity capabilities

11 -

12 - Web browser based navigation via the Internet

13 - SMS notification

Device Communication

Ethernet and Modbus/TCP Communication Modules

Features devices

COM460IP

Description

Applications

Function nual.

Features

FTC470XMB

Communication Solutions & Central Monitoring

MK2000 Series LIM Remote Indicator

MK Series remote indicators are designed for use with the BENDER LIM2010 Line Isolation Monitor. A remote indicator duplicates audible and visual alarm indications silence the remote audible alarm. Optionally, it can also be used to silence all audible alarms in the system.

Remote Indication

RAS Remote Annunciator Station indicators, each connected to a line isolation monitor. Included remote indicators indicator is powered directly by the LIM2010 line isolation monitor, located at the isolated power panel.

Models with additional features include:

MK2000P

MK2000C

MK2000CP

MK2000CBM

real-time

Advanced MK Series Remote Indicators intended for visual and audible indication of operating status and alarm messages from BENDER systems including the LIM2010 and EDS series ground fault location device, system, or room and can define custom labels based on each individual application. A LIM test may also be preferred from these devices.

Alarm and Display Features:

Status and alarms are viewed on an easy-to-read LCD display. Features include:

technical equipment to be recorded and displayed.

MK2000P-G1 (left) & MK2000 CBM (right)

RAS-04B

MK2430 (left) & MK800 (right)

Dual Display Digital Clock and Timer a dual-row, 7-segment display with large, red LED characters, easily read in high ambient light. All features, as well as the device setup, may be carried out with remote. No DIP switch configuration is required.

Clocks, Timers, & Communication Solutions

Surgical Chronometer segment displays with large, red LED characters easily read in high ambient light.

All features, as well as device setup, are carried out on the connected MK1554 chronometer remote.

Digital Clock or Timer segment display with large bright red LED characters that are easily read in high ambient light.

displays are not visible during this time interval.

resumed and reset at the remote control MK1550.

ZT1590RS (left) & MK1550 (right)

ZT1591

ZT1594

Isolated Power Systems Equipment and Accessories

GPM Series-Power and Ground Modules BENDER power and ground modules provide a combination of hospital grade implementation of an equal-potential environment.

HGC Series-Hospital Grade Ground Cords and Jacks BENDER hospital grade ground cords are available in various lengths for imple-with either a heavy duty clip or lug on one end, and plug with rubber handle on the other.

XRM Series-X-Ray/Laser Receptacle Modules door switch ensure that the proper amounts of circuits are online simultaneously.

ing the status of the connected LIM.

GPM-F4DR4

HGC-15C (left) & HGJ-1R (right)

XRM-8B2

T M

Canada Mississauga, ON Toll-Free: 800-243-2438 Main: 905-602-9990

Fax: 905-602-9960 E-mail: info@bender-ca.com

North American Headquarters Coatesville, PA Toll-Free: 800-356-4266 Main: 610-383-9200 Fax: 610-383-7100 E-mail: info@bender.org bender.org bender.org/mobile

Isolated Power Panels For healthcare facilities

2 3

1. Introduction

1.1 Isolated Power Panels

2. Safety Instructions

2.1 General Safety Warning

2.2 Using This Manual

3. Model Types

3.1 MIP / MIE Series Isolated Power Panels

3.2 MIC Series Isolated Power Panels with Circuit Control

3.3 MID Series Dual Output Voltage Isolated Power Panels

3.4 MIX Series Dual System Isolated Power Panels

4. Components

4.1 Backbox Package

4.2 Front Trim Package

4.3 Isolation Transformer Kit

4.4 Interior Package

4.5 Circuit Breakers

4.6 Line Isolation Monitor (LIM)

4.7 Fault Location (EDS) Kit

4.8 Receptacle Kit

4.9 Load Monitoring

4.10 Accessories Package

5. Receiving, Handling, and Storage

5.1 Receiving

5.2 Handling

5.3 Storage

6. Pre-Installation Requirements

6.1 General Requirements

6.2 Support Requirements

6.3 Size Requirements

7. Installation

7.1 Considerations

7.1.1 Distance From Finished Floor

7.1.2 Available Conduit Areas

7.2 Mount Backbox

7.3 Install Conduit

7.4 Install Interior

7.5 Remove Interior Deadfront

7.6 Install Breaker Kit

7.6.1 Components

7.6.2 Install Breaker Bracket Assembly

7.6.3 Install Breaker Sub-Plate

7.7 Install Transformer

7.7.1 Vibration Pads and Mounting Hardware

7.7.2 Mounting

Table of Contents

7.8 Wiring

7.8.1 General Instructions

7.8.2 Transformer and Incoming Power Wiring

7.8.3 Branch Circuit Wiring

7.8.4 Grounding

7.8.5 Accessories / Add-On Kit Wiring

7.9 Wiring Diagrams

7.9.1 MIP, MIE, and MIX Series

7.9.2 MIC Series

7.9.3 MID Series

7.10 Reinstall Interior Deadfront

7.11 Install Front Trim

7.11.1 Install U-Type Retaining Nuts

7.11.2 Mount Front Trim

7.11.3 Install Line Isolation Monitor

7.11.4 Install Transformer Heat Shield (MIX Series Only

7.11.5 Install Lower Front Trim (MIX Series Only

7.11.6 Install Restraining Lanyard (MIX series only

7.11.7 Connect Line Isolation Monitor Harness

7.11.8 Close Front Trim

4 5

1. Introduction

1. 1 Isolated Power Panels

Bender isolated power panels provide isolated, ungrounded power to electrical systems in operating rooms and other critical areas in healthcare facilities.

Isolated power systems allow for early detection of hazardous current while keeping the system online. The system gives a visual indication of the level of current in milliamperes (mA). When the threshold is reached, a visual and audible alarm is activated.

An isolation transformer serves a single operating room, except when supplying power to equipment requiring 150 VAC or higher. A line isolation monitor (LIM) indicates possible leakage current from all isolated conductors to ground.

This manual p rovides instructions on installing and operating isolated power panels. Refer to all relevant national and local codes and standards before proceeding

Introduction

2. Safety Instructions

2. 1 General Safety Warning

Hazard of Electric Shock, Burn, or Explosion equipment. No responsibility is assumed by BENDER for any consequences arising from use of this document.

Turn OFF all sources of electric power before performing any inspections, tests, or service on this equipment. Assume all circuits are live until they have been properly de-energized, tested, grounded, and tagged. Failure to observe these precautions will result in equipment damage, severe personal injury, or death.

Proper operation of this equipment depends on proper installation. Refer to NFPA 70, NFPA 70E, CSA Z462, and other relevant standards and codes for installation standards. Neglecting fundamental installation techniques will result in equipment damage, severe personal injury, or death.

equipment damage or personal injury.

Use only manufacturer’s and manufacturer recommended accessories with this equipment. Failure to do so may damage the equipment beyond repair.

Safety Instructions

DANGER

6 7

2. 2 Using This Manual

Read these instructions carefully and become familiar with the equipment before attempting to install, operate, or service it. Throughout this manual, special messages may appear to warn of

Observe all safety messages that appear throughout this manual to avoid possible injury or death. An explanation of these symbols is given below.

Safety Instructions

DANGER: Indicates a hazardous situation which, if not avoided, will result in death or severe injury.

WARNING: Indicates a potentially hazardous situation which, if not avoided, may result in death or injury.

CAUTION: Indicates a potentially hazardous situation which, if not avoided, may result in injury or equipment damage.

NOTE: Provides additional information to clarify instructions for a product or procedure.

3. Model Types

3. 1 MIP / MIE Series Isolated Power Panels

Single-system, single-output-voltage isolated power panel. MIP designation is used for panels rated 10 kVA or below. MIE designation is used for panels rated 15 kVA or above.

Model Types

DANGER

i

CAUTION

WARNING

3. 2 MIC Series Isolated Power Panels with Circuit Control

Single-system, single-output-voltage (of at least 150 V) isolated power panel. Provides programmable control of up to twelve (12) individual circuits. Commonly used with 208 VAC or 240 VAC portable

8 9

3. 3 MID Series Dual Output Voltage Isolated Power Panels

Isolated power panel for a single-inputvoltage and dual-output-voltage system.Commonly used to simultaneously supply power to both normal line powered equipment and equipment operating at a voltage greater than 150 VAC (such as portable medical lasers).

Model Types

3. 4 MIX Series Dual System Isolated Power Panels transformer access front trim is translucent for illustration purposes.

Wire is provided with the front trim assembly for ground bus interconnection and transformer terminal block connections to panel board lugs (or sub-feed lugs, if applicable).

4. Components

4. 1 Backbox Package

The backbox meet the requirements of NEMA Type 1 according to UL 50. It is fabricated from a mounting is standard. Surface mounted backboxes must be requested during the purchasing process.

equivalent.

maintenance.

Components

The following sections describe key components of isolated power panels. These components are standard for the United States unless otherwise noted. Ensure equipment conforms to all national and local codes and standards prior to purchasing.

10 11

Components

4. 2 Front Trim Package

The front trim is manufactured from a minimum 14 GA, type 304 stainless steel. It contains a door access to circuit breakers and optional fault location (EDS) accessories if equipped. Most front trims and/or fault location assembly kits.

panels, the front trim extends 1” (25.4 mm) on all sides of the backbox.

For surface-mounted panels, the front trim has the same height and width as the backbox.

4. 3 Isolation Transformer Kit

The isolation transformer kit contains the following:

• Transformer and mounting hardware

• Primary main circuit breaker and bracket assembly

• Secondary main circuit breakers (where applicable)

• Breaker sub-plate and mounting hardware Isolation transformers used in isolated power systems are special-purpose, low-voltage, drytype the requirements of UL 5085 and UL 1047.

The primary main breaker, mounting hardware, and sub-plate are included in the isolation transformer kit. For MID series panels (and transformer kit will also include secondary main circuit breakers.

Components

4. 5 Circuit Breakers

All panels utilize two-pole, thermal magnetic circuit breakers. Panels ordered with selective coordination may include an electronic trip element added to the primary and/or secondary main circuit breakers to achieve 0.1 second system coordination.

The primary and secondary (where applicable) main circuit breakers are sized to protect the transformer coil. The primary main circuit breaker is sized at 125% of rated current. Any supplied secondary main circuit breakers are sized at rated coil ampacity.

The quantity and rating of branch circuit breakers varies by panel:

• MIP and MIE series: Provided with sixteen (16) factory-installed 20 A branch circuit breakers (unless otherwise stated).

• MIC series: Quantity and ampacity of branch circuit breakers is provided according to project documents. The maximum allowed is twelve (12). The logic for

• MID series: Output voltage 1 (designated as the “low side”) is provided with sixteen

(16) factory-installed branch circuit breakers. Output voltage 2 (designated as the “high side”) is provided with either one (1) or two (2) factory-installed branch circuit

NOTE: To maintain compliance with UL 1047, branch breakers must not exceed 60 A.i

12 13

DANGER

Components Components

4. 6 Line Isolation Monitor (LIM)

All panels are supplied with one or more line isolation monitor (LIM). The LIM monitors the system impedance to ground of the entire isolated power system. The impedance to ground is used to calculate the total hazard current (THC), given in units of milliamperes (mA). The factory default THC alarm is set to 5 mA. The value may requirements.

The LIM is installed on the front trim in a conspicuously visible location. Refer to LIM user manual for more information on operation and use.

4. 7 Fault Location (EDS) Kit

Panels may include branch circuit fault location as part of an optional accessory kit (EDS kit). The system works together with the LIM2010 to to the total hazard current alarm. Fault location once the total hazard current alarm is activated.

The EDS kit is installed in the interior assembly and may be installed at the factory or on site.

Refer to panel add-on user manual for more information on installation, operation, and use.

4. 8 Receptacle Kit

Panels may include on-board receptacles and ground jacks as part of an optional accessory kit (receptacle kit). The receptacle kit provides NEMA type receptacles and/or hospital grade ground jacks accessible directly from the front

The receptacle kit is installed in the interior assembly and may be installed at the factory or on site. Refer to panel add-on user manual for more information on installation, operation, and use.

4. 9 Load Monitoring

Panels may include one or both of the following load monitoring systems:

• Full system monitoring: The STW3 connects to the line isolation monitor and monitors the current draw of the full system. The LIM can alarm once a set threshold is reached.

• Branch monitoring: Two CMS460 series devices monitor the load current for each individual circuit branch.

4. 10 Accessories Package

Refer to applicable documentation for any additional accessories included with the panel.

14 15

Receiving, Handling, and Storage Pre-Installation Requirements

5. Receiving, Handling, and Storage

5. 1 Receiving

Isolated power panels are typically packaged and shipped as four (4) separate components:

• Backbox

• Interior assembly

• Transformer kit

• Front trim preliminary installation.

NOTE: Do not separate the contents of the isolation transformer kit until ready for installation.i

5. 2 Handling

WARNING: Due to the heavy load of isolated power equipment, use suitable equipment for lifting and transporting. Failure to do so may result in severe personal injury and damage to equipment.WARNING

5. 3 Storage

• Do not store equipment in dusty or damp locations.

• Do not stack panels or equipment.

• Do not rest or lean front trims against walls.

6. Pre-Installation Requirements

6. 1 General Requirements

Review all code, standards, and project requirements thoroughly before proceeding with installation.

Of particular importance is minimizing the cumulative system leakage current in an isolated power system. NFPA 99 mandates an isolated power system’s total line-to-ground insulation impedance shall

NOTE: In addition to adhering to all national, local, thoroughly review and understand all information within this manual and relevant reference material.

Applicable material includes, but is not limited to:

• NFPA 99 - 2012: Healthcare Facilities Code Chapter 6

• NFPA 70: National Electric Code (NEC), Article 517

• (Canada) CSA C22.1: Canadian Electrical Code (CEC, CE-Code), Section 24

• (Canada) CSA Z32: Applications of Electricity in Healthcare i

16 17

Pre-Installation Requirements Installation

6. 2 Support Requirements

Prior to installation, ensure the proper structural support will be used. Minimum load bearing requirements are listed in the table below. For panels weighing in excess of 500 lb (230 kg), install both horizontal (bottom) and vertical (side) supports.

NOTE:

bearing requirements.i

6. 3 Size Requirements

Verify backbox dimensions on label. Ensure the wall space required is available before proceeding with reference, standard backbox sizes are listed in the table below. Dimensions are given in inches (cm).

7. Installation

7. 1 Considerations

7.1.1 Distance From Finished Floor

7.1.2 Available Conduit Areas

18 19

Installation Installation

7. 2 Mount Backbox

NOTE: Before installing, check the part number to verify the backbox to be installed matches with the appropriate interior, transformer kit, and front trim. Most backboxes are identical in appearance.

i The manufacturer recommended mounting method is to secure the backbox to a rigid support structure (strut channel, etc.) using minimum 5/16” commercial grade hardware (not included). Mounting locations are near the four corners of the enclosure sidewalls. Refer to requirements for each corner:

• Use two (2) 5/16” fasteners per corner on the side wall of the backbox

• Must be 2” (51 mm) from the top of the backbox

• Must be 2” (51 mm) from the front of the backbox

• Screws must be 2” (51 mm) apart

CAUTION: Do not over-tighten the mounting hardware. Over-tightening will cause distortion, misalignment of the front trim, and improper hinge functionality. Use shims to mitigate distortion as needed.CAUTION

(3 mm).

NOTE: Recessing enclosure more than 1/8” (3 mm) will impede hinge functionality.i

20 21

7. 3 Install Conduit

NOTE: Knock-outs or holes for conduit are not provided by the factory.i

Before installing conduit, Refer to Section 7.1.2 for available areas. Conduit must be metallic type per NEC Article 517.13, and itself must qualify as an equipment ground conductor per NEC Article 250.118.

• Install conduit properly. Use hubs and ring connectors to protect cables and prevent condensation from entering the panel.

• If top entry, use independent conduit support. Do not use the top of the panel as a weight support.

• Ground all conduit, stubs, and ring connectors to the panel with approved electrical connections.

• Conduit runs for branch circuits shall be as short as possible to minimize cumulative system leakage current.

NOTE: For Canadian applications, refer to Canadian Electrical Code, section 24-204(2)(f).i

7. 4 Install Interior

All interior assemblies have minimum four (4) mounting slots that fasten to the threaded studs on the rear of the backbox. To install, align the mounting holes to the lower studs, then align to the upper studs. Using a 5/16” hex drive, secure the interior assembly to the studs

NOTE: For MIX series panels, the left-side (hinge-side) system must be installed at an angle. With the interior at a 30 degree angle, align the interior with the leftmost studs, then to the studs on the right. The rightside interior may be installed as shown below.

i

22 23

7. 5 Remove Interior Deadfront mounting hardware.

7. 6 Install Breaker Kit

Skip this section if breaker kit was installed at the factory.

CAUTION: Do not separate breaker from sub-plate until ready to install. Ensure model on breaker sub-plate label matches the model number on the isolation transformer label.

CAUTION

7. 6.1 Components

24 25

7.6.2 Install Breaker Bracket Assembly

Locate the breaker bracket assembly’s mounting points on the interior assembly backplate. Using a 5/16” hex drive, remove the #10-16 screws located in the mounting holes. Using the same holes and hardware, attach the assembly to the interior backplate. Use 35 to 45 lb-in tightening torque. Refer to appropriate

7.6.3 Install Breaker Sub-Plate

26 27

7. 7 Install Transformer

7.7.1 Vibration Pads and Mounting Hardware

Mounting hardware and vibration pads are included with each transformer. Install hardware according

7.7.2 Mounting

WARNING: Isolation transformers can weigh in excess of 650 lb (295 kg). Use suitable equipment for lifting, transporting, and installing. Failure to do so may result WARNING in personal injury and damage to equipment.

WARNING

Depending on panel model, transformer(s) are installed in either the top half or bottom half of the

If located on the top half of the enclosure, place transformer on provided transformer shelf. For transformers located in the bottom half of the enclosure, place the transformer on the provided studs.

Orient the transformer(s) in the enclosure to allow the leads to extend from the front to facilitate wiring the primary circuit breaker and panel board lugs.

28 29

7. 8 Wiring

7.8.1 General Instructions

HAZARD OF ELECTRIC SHOCK, EXPLOSION, OR ARC FLASH

electrical personnel. Disconnect all power before servicing.

Observe all local, state, and national codes, standards and regulations when installing this equipment.

Failure to follow these instructions will result in death or severe injury.

DANGER

This section provides general information for wiring isolated power panels. After reading this section and ensuring all requirements will be met, locate the appropriate wiring diagram in Section

7. 9 and make all necessary electrical connections.

7.8.2 Transformer and Incoming Power Wiring

Isolated power systems require a three-wire incoming power feed (hot/hot/ground or hot/neutral/ ground). Standard building construction wire (THHN or equivalent) is acceptable.

• Verify the incoming voltage corresponds with the primary voltage (H1/H2) listed on the transformer nameplate and breaker sub-panel label.

• The incoming power conductors (hot/hot or hot/neutral) are connected to the line side (L1/L2) terminals of the primary main circuit breaker.

• The incoming ground conductor is terminated to the reference ground bus in the panel.

• The transformer’s primary leads (H1/H2) are connected to the load side (H1/H2) of the primary located in the backbox.

• The transformer’s secondary leads (X1/X2) are connected to the panel board lugs (or sub-feed lug in the backbox.

• Using the provided #10-32 grounding screw, terminate the transformer’s ground lead to the threaded hole labeled “Transformer Grounding Point” located in the backbox.

7.8.3 Branch Circuit Wiring

NOTE: Ensure any isolated power system conductors are kept separate from other system circuits (isolated or grounded). Do not include them in a common conduit or raceway.i

NOTE: To minimize the cumulative system leakage current, ensure the length of any branch circuit conductors is as short as possible.i

The manufacturer recommended wire for all branch-circuit, current-carrying conductors is a cross-linked, polyethylene wire with a dielectric constant of 3.5 or less. XHHW and XHHW-2 type wire increased system leakage current.

For all panels except MIC series, terminate connections at the circuit breaker. For MIC series panels, terminate connections at the appropriate contactor.

Do not use wire pulling compounds to lubricate conduit.

517:

30 31

7.8.4 Grounding

• Connect all ground conductors from the equipment and receptacles in the area served by the isolated power system to the panel’s ground bus.

• If more than one isolated power system is serving the same area, bond them together using a minimum AWG 10 insulated equipment bonding conductor per NEC Article 517.14.

7.8.5 Accessories / Add-On Kit Wiring

Refer to the respective installation manual(s) for installing additional equipment.

7. 9 Wiring Diagrams

NOTE: The wiring diagrams in this section do not include connections for accessories or add-on options, such as remote indicators, EDS kits, or receptacle kits. Refer to the respective installation manual for information on wiring additional equipment.

i

7.9.1 MIP, MIE, and MIX Series

For MIX series dual system panels, wiring schematic shown is for each system.

32 33

7.9.2 MIC Series 7.9.3 MID Series

34 35

7. 10 Reinstall Interior Deadfront 7. 11 Install Front Trim

A stainless steel front trim is provided for each isolated power panel. Certain models may have a front trim comprised of more than one section. Before installing, verify the front trim model is compatible with the installed backbox.

Each front trim includes a hardware kit attached to the rear of the front trim.

Remove this hardware kit and retain for installation.

7.11.1 Install U-Type Retaining Nuts

Place u-type retaining nuts over each mounting hole in the backbox (more unuts are provided than

36 37

7.11.2 Mount Front Trim

Remove tape protecting backbox hinge and fully extend. Lift the front trim, align, and mate the

NOTE: Lifting the front trim from the breaker door opening may provide additional leverage and control. The breaker door key is included with the front trim hardware kit.i

NOTE: MIX series front trims are divided into two pieces. The upper half uses two hinges. The bottom half is secured using hex screws. Instructions for installing the lower half trim are in a later section.

i

CAUTION: Front trims may have sharp edges. Use appropriate PPE when handling. Failure to do so may result in personal injury or damage to equipment.

CAUTION

7.11.3 Install Line Isolation Monitor

NOTE: The line isolation monitor is packaged with the interior assembly. The LIM hardware kit is packaged with the line isolation monitor.i

From the rear of the front trim, position the LIM display through the front trim cutout while aligning the line isolation monitor’s four mounting holes to the #6-32 threaded studs. Secure the

38 39

7.11.4 Install Transformer Heat Shield (MIX Series Only)

Dual system panels include a heat shield and additional front trim piece. Slide the heat shield into the two slots on the bottom of the backbox. Secure to backbox using the provided #10-32 hex screws. Use 25 to 30 lb-in tightening torque.

7.11.5 Install Lower Front Trim (MIX Series Only)

Align the lower front trim to the mounting holes and secure using the provided #2 phillips-head front trim panel screws. Use 10 to 12 lb-in tightening torque.

7.11.6 Install Restraining Lanyard (MIX series only)

A lanyard is included with one end preinstalled into the front trim. This lanyard must be attached to the backbox to prevent accidental damage to the LIM harness when opening the front trim.

Locate the connection point on the backbox, which is a preinstalled screw above the lower front trim. Remove the screw, place the open lanyard end above the hole, and reinstall the screw.

CAUTION: The lanyard must be removed from the backbox prior to fully opening the MIX series front trim. Failure to do so may result in damage to equipment.

CAUTION

40 41

7.11.7 Connect Line Isolation Monitor Harness

Once complete, pivot the front trim to a 45 degree angle relative to the backbox. Connect the 15-pin and 12-pin LIM wire harness from the connector plate to the LIM.

7.11.8 Close Front Trim

Fully close front trim and secure to backbox using the provided 1/4-20x1” Phillips truss-head stainless-steel screws. Use #2 Phillips-head bit to fasten. Loosely install all screws by hand then

14.12H.REV.0 | 03.2020 | © Bender Inc. All Rights Reserved.

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Bender‘s standard Modular Isolation Power Panel (MIP / MIE) provides power for a single-voltage system with standard features, as well as compatiblity with advanced features including fault location and communications. Built-in power receptacles and ground jacks are also available upon request.

Modular Isolated Power Panels Ordering Guide

Step 1: Interior

Option 1: Integrated Receptacles and Ground Jacks

1: Panel Type

MIP: 3, 5, 7.5, or 10 kVA

MIE: 15 or 25 kVA

2: System kVA Rating

03: 3 kVA 10: 10 kVA

05: 5 kVA 15: 15 kVA*

07: 7.5 kVA 25: 25 kVA*

3: Primary Voltage Rating

A: 120 V G: 110 V

B: 208 V H: 220 V

C: 240 V I: 230 V

D: 277 V J: 380 V

E: 480 V

4: Secondary Voltage Rating

A: 120 V G: 110 V

B: 208 V H: 220 V

C: 240 V I: 230 V

5: Loadcenter Type

SB: Square-D, bolt-on

CB: Cutler-Hammer, bolt-on

GB: General Electric, bolt-on**

6: Quantity of Ground Jacks (0 through 4)

0: Zero 4: Four

7: Receptacle Type

NN: No receptacles

SR: NEMA 5-20R Single, RED

SI: NEMA 5-20R Single, IVORY

DR: NEMA 5-20R Duplex, RED

DI: NEMA 5-20R Duplex, IVORY

TB: 2300HG, Twist-to-lock, BLACK

8: Quantity of Receptacles (0 through 6)

0: Zero 6: Six

MIP 10 B- A SB - 4 DR 6 - CG A - LMC2 - D42

Base information (required for all models) Option 1:

Power / Ground Modules Option 2:

Communications Option 3:

Load Monitoring Option 4:

Fault Location

1 2 3 4 5 6 7 8 9 10 11 12

MIP / MIE - Standard Isolation Power Panels

Standard Features

• Isolation transformer with corresponding main circuit breaker

• BENDER LIM2010 Line Isolation Monitor (LIM)

• Reference Ground Bus

• Bolt-on style load center

• 16, 2-pole 20A branch circuit breakers (consult factory for alternative configurations)

• Front trim with door in door concealed hinge

*Must use MIE Panel Configuration

**Not Compatible with Options 3 or 4

Consult factory for alternative breaker rating configurations and quantities

Consult factory for custom panel configurations

MIP / MIE - Standard Isolation Power Panels

12: Integrated Fault Location

[ ] (Blank): No Fault Location

D41: Branch Ground Fault Location - up to 12 circuits

D42: Branch Ground Fault Location - up to 16 circuits

Option 4: Fault Location Provides integrated, automatic ground-fault location using Bender‘s EDS441 series modules. Refer to EDS441 datasheet for additional information.

9: Communications

[ ] (Blank): No Communications

CG: COM465IP Gateway Module

Option 2: Communications Includes COM465IP communication gateway, featuring on-board web server monitoring connected devices, fieldbus communication, and more. Any combination / quantity of features shown below may be selected. Refer to COM465IP datasheet for additional information.

10: Communications Function Packages

A: Custom device / alarm labels, e-mail notifications, reports

B: Modbus/TCP and SNMP support

C: Remote device configuration, reports

D: System visualizations

E: Virtual devices and alarms

F: Third party device / alarm integration

11: Load Monitoring

[ ] (Blank): No Load Monitoring

LM: System Load Monitoring

LMC1: System Load Monitoring + Branch Circuit Conitoring - up to 12 circuits

LMC2: System Load Monitoring + Branch Circuit Conitoring - up to 16 circuits

Option 3: Load monitoring Provides load current monitoring at the main and/or individual branch circuits. Branch circuit monitoring uses Bender‘s CMS460 series modules. Refer to CMS460 datasheet for additional information.

ch t for

Step 3: Backboxes and Front Trims

System kVA Rating

Mounting

Style

Backbox

Part Number

Backbox

Dimensions

(H“ x W“ x D“)

Front Trim

Part Number

Front Trim

Dimensions

(H“ x W“)

Up to 5 kVA Flush B662406F 66” x 24” x 6” T6826R 68” x 26”

Up to 10 kVA Flush B662408F 66” x 24” x 8” T6826R 68” x 26”

Up to 15 kVA Flush B723012F 72” x 30” x 12” T7432R 74” x 32”

Up to 25 kVA Flush B723014F 72” x 30” x 14” T7432R 74” x 32”

Up to 5 kVA Surface B662406S 66” x 24” x 6” T6624R 66” x 24”

Up to 10 kVA Surface B662408S 66” x 24” x 8” T6624R 66” x 24”

Up to 15 kVA Surface B723012S 72” x 30” x 12” T7230R 72” x 30”

Up to 25 kVA Surface B723014S 72” x 30” x 14” T7230R 72” x 30”

MIP / MIE - Standard Isolation Power Panels

1: System kVA Rating

03: 3 kVA 10: 10 kVA

05: 5 kVA 15: 15 kVA*

07: 7.5 kVA 25: 25 kVA*

2: Primary Voltage Rating

A: 120 V G: 110 V

B: 208 V H: 220 V

C: 240 V I: 230 V

D: 277 V J: 380 V

E: 480 V

3: Secondary Voltage Rating

A: 120 V G: 110 V

B: 208 V H: 220 V

C: 240 V I: 230 V

4: Loadcenter Type

SB: Square-D, bolt-on

CB: Cutler-Hammer, bolt-on

GB: General Electric, bolt-on

Modular Hospital Grade Isolation Transformer Kits, for Modular Isolated Power Systems, include a transformer which provides isolation between configured primary and secondary voltages and its’ corresponding Main Breaker arrangement along with all nessccary mounting hardware. Options for a Secondary Main breaker and/or Selection Cordination are also available upon request.

Step 2: Transformer Kits for for MIP/MIE Panels

XMK 10 B- A

1 2 3

SB

SC

5: Selective Cordination*

[] (Blank): No Selective Cordination

SC: Selective Cordination

*Selective Coordination only available on select configurations

Consult factoy for 50 Hz options and alternative ratings

Bender‘s Dual System Isolation Panels (MIX) provide two separate voltage outputs from two isolation transformers. separated by a barrier. This system is equivalent to two independant MIP standard isolation power panels in one enclosure. A standard dual system panel consists of the following:

Step 1: Interior

MIX -Dual System Isolation Power Panels

MIX 10 B- A SB - 6 DR 6 - CG BF - LMC2 - D42

1 2 3 4 5 6 7 8 9 10 11

10 A- A SB - 6 DR 6 - CG BF - LMC2 - D42

Base information (required for all models) Option 1:

Power / ground modules Option 2:

Communication Option 3:

Load monitoring Option 4:

Fault location

12 13 14 15 16 17 18 19 20 21 22

System A

System B

1 & 12: System kVA Rating

03: 3 kVA 07: 7.5 kVA

05: 5 kVA 10: 10 kVA

2 & 13: Primary Voltage Rating

A: 120 V G: 110 V

B: 208 V H: 220 V

C: 240 V I: 230 V

D: 277 V J: 380 V

E: 480 V

3 & 14: Secondary Voltage Rating

A: 120 V G: 110 V

B: 208 V H: 220 V

C: 240 V I: 230 V

4 & 15: Loadcenter Type

SB: Square-D, bolt-on

CB: Cutler-Hammer, bolt-on

GB: General Electric, bolt-on*

5 & 16: Quantity of Ground Jacks (0 through 4)

0: Zero 4: Four

7 & 18: Quantity of Receptacles (0 through 6)

0: Zero 6: Six

6 & 17: Receptacle Type

NN: No receptacles

SR: NEMA 5-20R Single, RED

SI: NEMA 5-20R Single, IVORY

DR: NEMA 5-20R Duplex, RED

DI: NEMA 5-20R Duplex, IVORY TB: 2300HG, Twist-to-lock, BLACK

Option 1: Integrated Receptacles and Ground Jacks

Standard Features

• 2 x Isolation transformer with corresponding main circuit breaker

• 2 x BENDER LIM2010 Line Isolation Monitor (LIM)

• 2 x Reference Ground Bus

• 2 x Bolt-on style load center

• 2 x, 16, 2-pole 20A branch circuit breakers (consult factory for alternative configurations)

• Front trim with door in door concealed hinge

*Not Compatible with Options 3 or 4

Consult factory for alternative breaker rating configurations and quantities

Consult factory for custom panel configurations

MIX - Dual System Isolation Power Panels

11 & 22: Integrated Fault Location

[ ] (Blank): No Fault Location

D41: Branch Ground Fault Location - up to 12 circuits

D42: Branch Ground Fault Location - up to 16 circuits

Option 4: Fault Location Provides integrated, automatic ground-fault location using Bender‘s EDS441 series modules. Refer to EDS441 datasheet for additional information.

8 & 19: Communications

[ ] (Blank): No Communications

CG: COM465IP Gateway Module

Option 2: Communications Includes COM465IP communication gateway, featuring on-board web server monitoring connected devices, fieldbus communication, and more. Any combination / quantity of features shown below may be selected. Refer to COM465IP datasheet for additional information.

9 & 20: Communications Function Packages

A: Custom device / alarm labels, e-mail notifications, reports

B: Modbus/TCP and SNMP support

C: Remote device configuration, reports

D: System visualizations

E: Virtual devices and alarms

F: Third party device / alarm integration

10 & 21: Load Monitoring

[ ] (Blank): No Load Monitoring

LM: System Load Monitoring

LMC1: System Load Monitoring + Branch Circuit Conitoring - up to 12 circuits

LMC2: System Load Monitoring + Branch Circuit Conitoring - up to 16 circuits

Option 3: Load monitoring Provides load current monitoring at the main and/or individual branch circuits. Branch circuit monitoring uses Bender‘s CMS460 series modules. Refer to CMS460 datasheet for additional information.

uits uits

Step 3: Backboxes and Front Trims

System kVA Rating

Mounting

Style

Backbox

Part Number

Backbox

Dimensions

(H“ x W“ x D“)

Front Trim

Part Number

Front Trim

Dimensions

(H“ x W“)

Up to 5 kVA Flush B803606F 80” x 36” x 6” T8238R 82” x 38”

Up to 10 kVA Flush B803608F 80” x 36” x 8” T8238R 82” x 38”

Up to 5 kVA Surface B803606S 80” x 36” x 6” T8036R 80” x 36”

Up to 10 kVA Surface B803608S 80” x 36” x 8” T8036R 80” x 36”

MIX -Dual System Isolation Power Panels

Step 2: Transformer Kits for for MIX Panels

1: System kVA Rating

03: 3 kVA 10: 10 kVA

05: 5 kVA

07: 7.5 kVA

2: Primary Voltage Rating

A: 120 V G: 110 V

B: 208 V H: 220 V

C: 240 V I: 230 V

D: 277 V J: 380 V

E: 480 V

3: Secondary Voltage Rating

A: 120 V G: 110 V

B: 208 V H: 220 V

C: 240 V I: 230 V

4: Loadcenter Type

SB: Square-D, bolt-on

CB: Cutler-Hammer, bolt-on

GB: General Electric, bolt-on

Modular Hospital Grade Isolation Transformer Kits, for Modular Isolated Power Systems, include a transformer which provides isolation between configured primary and secondary voltages and its’ corresponding Main Breaker arrangement along with all nessccary mounting hardware. Options for a Secondary Main breaker and/or Selection Cordination are also available upon request.

5: Selective Cordination

[] (Blank): No Selective Cordination

SC: Selective Cordination

XMK 10 B- A

1 2 3

SB

SC

Dual Output Voltage Isolated Power Panels provide two separate voltage out-puts using a single isolation transformer. A standard Dual Output Voltage Panel consists of the following:

MID - Dual Voltage Isolation Power Panels

1 2 3 4 5 6 7 8 9 10 11 14 15 16 17

MID 25 E B SB10 A 4A3 6 DR 6 CG A LMC2 D42

Base information (required for all models) Option 1:

Power / Ground Modules Option 2:

Communication Option 3:

Load monitoring Option 4:

Fault location

Standard Features

• Dual Output Isolation transformer with main & secondary main circuit breakers

• 2 x BENDER LIM2010 Line Isolation Monitor (LIM)

• Up to 4 branch circuit breaker for high voltage (208 or 240V) side

• 2 x Reference Ground Bus

• Bolt-on style load center

• 16, 2-pole 20A branch circuit breakers (consult factory for alternative configurations)

• Front trim with door in door concealed hinge

Step 1: Interior

1: Total System kVA Rating

10: 10 kVA 25: 5 kVA

15: 15 kVA

2: Primary Voltage Rating

B: 208 V H: 220 V

C: 240 V I: 230 V

D: 277 V J: 380 V

E: 480 V

G: 110 V

3: High-Voltage Secondary (output)

Voltage

A: 120 V H: 220 V

B: 208 V I: 230 V

C: 240 V

4: Low-Voltage kVA Rating

05: 5 kVA 10: 10 kVA

07: 7.5 kVA

5: Low-Voltage Secondary (output) Voltage

A: 120 V G: 110 V

B: 208 V H: 220 V

C: 240 V I: 230 V

12: High-Voltage Receptacle #1

N: No Receptacle 5: NEMA 6-50R

1: IN16494 60A 6: NEMA L6-15R

2: NEMA 6-15R 7: NEMA L6-20R

3: NEMA 6-20R 8: NEMA L6-30R

4: NEMA 6-30R 9: CS8269 50A

13: High-Voltage Receptacle #2

N: No Receptacle 5: NEMA 6-50R

1: IN16494 60A 6: NEMA L6-15R

2: NEMA 6-15R 7: NEMA L6-20R

3: NEMA 6-20R 8: NEMA L6-30R

4: NEMA 6-30R 9: CS8269 50A

6: Loadcenter Type

SB: Square-D, bolt-on

CB: Cutler-Hammer, bolt-on

GB: General Electric, bolt-on

7: High-Voltage Branch Circuit Breaker Rating

A2: 20 A A5: 50 A

A3: 30 A A6: 60 A

8: High-Voltage Branch Circuit Breaker Quantity

1: One 3: Three

2: Two 4: Four

9: Quantity of Ground Jacks (0 through 6)

0: Zero 6: Six

10: Receptacle Type

NN: No receptacles

SR: NEMA 5-20R Single, RED

SI: NEMA 5-20R Single, IVORY

DR: NEMA 5-20R Duplex, RED

DI: NEMA 5-20R Duplex, IVORY

TB: 2300HG, Twist-to-lock, BLACK

11: Quantity of Receptacles (0 through 6)

0: Zero 6: Six

Option 1: Integrated Receptacles and Ground Jacks

12 13

9 1 -

High-Voltage Receptacles

Consult factory for custom panel configurations

Consult factory for alternative breaker rating configurations and quantities

MID - Dual Voltage Isolation Power Panels

17: Integrated Fault Location

[ ] (Blank): No Fault Location

D41: Branch Ground Fault Location - up to 12 circuits

D42: Branch Ground Fault Location - up to 16 circuits

Option 4: Fault Location Provides integrated, automatic ground-fault location using Bender‘s EDS441 series modules. Refer to EDS441 datasheet for additional information.

14: Communications

[ ] (Blank): No Communications

CG: COM465IP Gateway Module

Option 2: Communications Includes COM465IP communication gateway, featuring on-board web server monitoring connected devices, fieldbus communication, and more. Any combination / quantity of features shown below may be selected. Refer to COM465IP datasheet for additional information.

15: Communications Function Packages

A: Custom device / alarm labels, e-mail notifications, reports

B: Modbus/TCP and SNMP support

C: Remote device configuration, reports

D: System visualizations

E: Virtual devices and alarms

F: Third party device / alarm integration

Following options only available of Low-Voltage side of Power Panel

11: Load Monitoring

[ ] (Blank): No Load Monitoring

LM: System Load Monitoring

LMC1: System Load Monitoring + Branch Circuit Conitoring - up to 12 circuits

LMC2: System Load Monitoring + Branch Circuit Conitoring - up to 16 circuits

Option 3: Load monitoring Provides load current monitoring at the main and/or individual branch circuits. Branch circuit monitoring uses Bender‘s CMS460 series modules. Refer to CMS460 datasheet for additional information.

System kVA Rating

Mounting

Style

Backbox

Part Number

Backbox Dimensions

(H“ x W“ x D“)

Front Trim

Part Number

Front Trim

Dimensions

(H“ x W“)

Up to 15 kVA Flush B723012F 72” x 30” x 12” T7432DR 74” x 32”

Up to 25 kVA Flush B723014F 72” x 30” x 14” T7432DR 74” x 32”

Up to 15 kVA Surface B723012S 72” x 30” x 12” T7230DR 72” x 30”

Up to 25 kVA Surface B723014S 72” x 30” x 14” T7230DR 72” x 30”

Step 2: Transformer Kits for for MID Panels

MID - Dual Voltage Isolation Power Panels

Step 3: Backbox and Front Trim

Modular Hospital Grade Isolation Transformer Kits, for Modular Isolated Power Systems, include a transformer which provides isolation between configured primary and secondary voltages and its’ corresponding Main Breaker arrangement along with all nessccary mounting hardware. Options for a Secondary Main breaker and/or Selection Cordination are also available upon request.

1: Total System kVA Rating

10: 10 kVA 25: 25 kVA

15: 15 kVA

2: Primary Voltage Rating

B: 208 V H: 220 V

C: 240 V I: 230 V

D: 277 V J: 380 V

E: 480 V

G: 110 V

3: High-Voltage Secondary (output) Voltage

A: 120 V H: 220 V

B: 208 V I: 230 V

C: 240 V

4: Low-Voltage kVA Rating

05: 5 kVA 10: 10 kVA

07: 7.5 kVA

5: Low-Voltage Secondary (output) Voltage

A: 120 V G: 110 V

B: 208 V H: 220 V

C: 240 V I: 230 V

6: Loadcenter Type

SB: Square-D, bolt-on

CB: Cutler-Hammer, bolt-on

GB: General Electric, bolt-on

7: Selective Cordination

[] (Blank): No Selective Cordination

SC: Selective Cordination

XMK 25 E- B

1 2 3

A

SB

SC

Bender’s X-Ray / Laser Control Isolation Power Panels (MIC) are designed to feed X-Ray and Laser receptacles at interface of up to 60A (within the power rating of the panel). The system utilizes a PLC to lock-out circuits to ensure power comsumption remains within the ratings of the system

MIC - X-Ray / Laser Control Isolation Power Panels

Step 1: Interior

4: Loadcenter Type

SB: Square-D, bolt-on

CB: Cutler-Hammer, bolt-on

GB: General Electric, bolt-on

NOTE: Repeat this section for any additional branch circuit configurations. The total ampere rating and quantity of simultaneously active circuits must be rated in accordance with the secondary voltage and total kVA of the system.

1: System kVA Rating

10: 10 kVA

15: 15 kVA

25: 25 kVA

2: Primary Voltage Rating

A: 120 V G: 110 V

B: 208 V H: 220 V

C: 240 V I: 230 V

D: 277 V J: 380 V

E: 480 V N: 600V

3: Secondary Voltage Rating

A: 120 V G: 110 V

B: 208 V H: 220 V

C: 240 V I: 230 V

5: Circuit Lockout Method

PU: PLC interlock - door contactor controlled with in-use lamps located at each individual receptacle module

6: Branch Circuit Ampere Rating

A2: 20 A A5: 50 A

A3: 30 A A6: 60 A

A4: 40 A

7: Total Quantity of Circuits

01: One 12: Twelve

8: Quantity of Simultaneously Active Circuits

H1: One H3: Three

H2: Two H4: Four

9: Provisions for “In-Use” Light Relays

[ ] (Blank) : Do not include R: Include

10: MK2000CBM Provisions

[ ] (Blank) : Do not include CBM: Include

MIC 25 B A SB A2 04 H1 R CBM

Base information (required for all models) Quantity and allowed circuits

Additional options

PU

1 2 3 4 5 6 7 8 9 10

Standard Features

• Isolation transformer with corresponding main circuit breaker

• BENDER LIM2010 Line Isolation Monitor (LIM)

• Circuit control lockout via PLC

• Control Transformer for PLC

• Reference Ground Bus

• Bolt-on style load center

• Up to 12, 2-pole 20-60A circuit breakers

• Front trim with door in door concealed hinge

Consult factory for custom panel configurations

Consult factory for alternative breaker rating configurations and quantities

System kVA rating

Mounting style

Backbox part number

Backbox dimensions

(H“ x W“ x D“)

Front trim part number

Front trim dimensions

(H“ x W“)

Up to 15 kVA Flush B723012F 72” x 30” x 12” T7432C 74” x 32”

Up to 25 kVA Flush B723014F 72” x 30” x 14” T7432C 74” x 32”

Up to 15 kVA Surface B723012S 72” x 30” x 12” T7230C 72” x 30”

Up to 25 kVA Surface B723014S 72” x 30” x 14” T7230C 72” x 30”

MIC - X-Ray / Laser Control Isolation Power Panels

Step 3: Backbox and Front Trim

Step 2: Transformer Kits for for MIC Panels

1: System kVA Rating

10: 10 kVA

15: 15 kVA

25: 25 kVA

2: Primary Voltage Rating

A: 120 V G: 110 V

B: 208 V H: 220 V

C: 240 V I: 230 V

D: 277 V J: 380 V

E: 480 V

3: Secondary Voltage Rating

A: 120 V G: 110 V

B: 208 V H: 220 V

C: 240 V I: 230 V

4: Loadcenter Type

SB: Square-D, bolt-on

CB: Cutler-Hammer, bolt-on

GB: General Electric, bolt-on

Modular Hospital…