Rockwell Automation T8062 User Manual

ICS Regent+Plus

®

PD-6050

High Integrity Power Supply Assembly

110-240 VAC and 24 VDC

(T8060, T8062)

Issue 2,

The power supply assembly (see Figure 1) converts redundant main-line
voltages of either 110-240 VAC or 24 VDC to +15 VDC or +24 VDC
ou

tput power for ICS product power requirements.

March, 06

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Figure 1. Power Supply Assembly

Features

·

Redundant power inputs

·

250 W

·

Hot replaceable

·

Current sharing

·

Power factor correction

·

Front panel indicators for input, output voltage status and
output current level on each module

·

Ext

·

TÜV certified for safety, Risk Class 5

1

ernal status signals

Catalog No.

Chassis Unit

Input Power Voltage

Configuratio

n

T8200

I/O Power Supply Chassis

110-240 VAC, 50/60 Hz

Straight Bussed

T8201

I/O Power Supply Chassis

110-240 VAC, 50/60 Hz

Cross Bussed

T8202

I/O Power Supply Chassis

24 VDC

Catalog

No.

Input

Type

Input Power

Voltage

Output Power

Voltage

T8220

Dual 110-240 VAC

15 VDC

T8222

Dual 24 VDC

15 VDC

T8223

Single 110-240 VAC

24 VDC

T8224

Single 110-240 VAC

15 VDC

T8225

Dual 110-240 VAC

24 VDC

T8226

Dual 24 VDC

24 VDC

I/O Power Supply Assembly (T8060,T8062)

Structure

The power supply assembly consists of a power supply chassis containing
up to six power supply modules. The chassis may be configured to
distribute power in various combinations. For example, a chassis containing
six power supply modules may be set up with three modules providing
triplicated power for Regent+Plus I/O assemblies and three modules
providing field power in a N+1 configuration.

Power Supply

Chassis

The power supply chassis houses a maximum of six power supply modules.
It may be mounted in a 19-inch rack or flush mounted on a panel. Table 1
identifies the available types of chassis.

Table 1. Chassis Types

Power Supply Modules

The power su

pply assembly modules are single (if redundant inputs are not
required) and dual input, hot swap, user-replaceable AC and DC units.
Table 2 identifies the available types of modules.

Table 2. Module Types

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I/O Power Supply Assembly (T8060,T8062)

PFC

PFC

Power Supply Module

PWM

Switching Regulator

T1:a

T1:c

T1:b

Rectifier

Rectifier

DC

Output

I/P Filter & Protection

I/P Filter & Protection

PFC A Off

I/P A Fail
PFC A Fail

Source

A

Source

B

Fail

High Tempterature

Reset

O/P Current

Status & Control

Remote Off

PFC B Off

I/P B Fail

PFC B Fail

Status & Control

Power Supply Module

DC

Output

I/P Filter & Protection

I/P Filter & Protection

PWM

Switching Regulator

T1:a

T1:b

I/P A Fail

Fail

High Tempterature

Reset

O/P Current

Status & Control

Remote OffI/P B Fail

Status & Control

Source

A

Source

B

The dual inputs on the AC modules are galvanically isolated from each
other. The inputs on the DC modules are diode isolated and share a
common return.

Input Power Regulation

A block diagram of a typical dual AC input I/O power supply module is
shown in Figure 2. A block diagram of a typical dual DC input I/O power
supply module is shown in Figure 3.

Figure 2. Block Diagram of an AC I/O Power Supply Module

PD-6050

Figure3. Block Diagram of a DC I/O Power Supply Module.

Mar-06

3

I/O Power Supply Assembly (T8060,T8062)

Each primary power input is individually fused and filtered with both
standard line filters and metal oxide varistors ( MOVs). The filters attenuate
any high-frequency common mode and normal mode noise present in the
power distribution system. The MOVs clamp high-voltage transients.

Filter, rectifier, and power factor correction circuits convert primary AC
input power to bulk DC voltage. The switching regulator converts bulk DC
power to regulated DC output voltage. Sensing, status, control, and timing
circuits provide for the following:

·

Input power failure - Active low status output. Indicates when the

input voltage is below 85 VAC or 18 VDC. There is a separate signal
for each input.

·

Bulk power failure - Active high status output on AC input modules

only. Indicates the DC bulk voltage (PFC output) is outside the
specified range. There is a separate signal for each input.

·

High-temperature warning alarm - Both an active high and active

low status output are provided. Indicates the module temperature
exceeds 75°C. The temperature is sensed near the air inle
the module.

·

High-temperature shutdown - Internal signal that will shut down the

t (bottom) of

switching regulator if module temperature is above 85 °C. The
temperature is sensed near the air inlet (bottom) of the module.

·

Output overvoltage - Internal signal that will shut down the switching

regulatorif the output voltage exceeds +18 VDC or +28 VDC for 15
volt and 24 volt modules respectively. Over-voltage protection circuitry
activation is a permanent error condition, requiri
to return module to normal operation.

·

DC output fail - Active high status output indicates the DC output

ng manual intervention

voltage has gone out of regulation. The DC output fail threshold is

13.75 VDC and 21.75 VDC (±0.25 VDC) for the 15 and 24 volt
module respectively.

·

Output current limiting - Internal signal limits output current in

excessive current demand situations.

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I/O Power Supply Assembly (T8060,T8062)

·

POWER FAIL - Active high status signal that indicates impending loss

of output power due to one

-

Both inputs have indicated power failure

-

Remote off control signal activated

-

Thermal shutdown

-

Output overvoltage

·

RESET - Active high status signal that is generated a minimum of 10

of the following:

ms (AC input module) or 0.5 ms (DC input module) after a POWER
FAIL signal. RESET remains asserted for 200 ms (minimum) after
module power-up.

·

PFC off - Active low input that turns off the power factor correction of

an individual input. This signal provides the capability to test the input
circuitry
monitoring the module fail signal

of a module by turning off each input independently while

·

Remote off - Active low input that turns off the output power of a

module.

Note: Bulk Power Fail, PFC Off and Remote Off are accessed through the
monitor module connector on the chassis backplane. The monitor module
connector allows for a future development of a monitor card that would
provide remote control and enhanced monitoring of the power supply
chassis.

Active low signals are not maintained while RESET is act
signals are open collector and require external pull-up resistors.

ive. All status

RESET is used in the Regent I/O transceivers for power system interlocking
within the I/O system. A power failure (either input power or module fault)
activates RESET and turns off the DC output front panel indicator.

The POWER FAIL and RESET signals are required for proper operation
of Regent I/O transceivers and I/O modules during power up, power down,
and loss of power. Refer to
connect these signals to a Regent I/O chassis.

Assembly Installation

for details on how t

o

PD-6050

Mar-06

Front Panel Indicators

The front panel of each I/O power supply module contains the following
indicators:

5

I/O Power Supply Assembly (T8060,T8062)

· Input Power Voltage Indicator

Each green INPUT POWER indicator is lighted when the associated
input (Input A, Input B) is above the lower input voltage threshold.

· Output Power Display

The 10-segment LED indicator bar displays the approximate output
current level percentage (0 - 100%)

· Output Power Indicator

The DC Output indicator is lighted when the I/O p

ower supply
module's DC output is within tolerance. Out-of-tolerance conditions,
loss of input power or brown-out, and module failures turn off this
indicator.

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I/O Power Supply Assembly (T8060,T8062)

TB3

J13

J15

TB1

J14

19"

10.5"

J1 J2 J3 J4 J6J5

J7 J8 J12J11J9 J10

Input

Crossover

Patch

TB4

TB2

Installation

Chassis Mounting

Figures 4 and 5 show the front and rear views of the power supply chassis.

Figure 4. Power Supply Chassis Front View

Figure 5. Power Supply Chassis Rear View

PD-6050

Mar-06

7

Input Crossover Patch configured for no crossover,
source 1 and source 2 are connected to input A and
input B respectively for all modules slots.

6E5 6E6
6E7 6E8
6E3 6E4
6E1 6E2

Input Crossover Patch configured to swap source 1
and source 2 for modules slots 4 through 6. Source 1
and source 2 are connected to input A and input B
respectively for slots 1-3. Source 1 and source 2 are
connected to input B and input

A respectively for slots

4-6.

Terminal

No.

T8200

T8202

Source

1 N DC- B
2

L

DC+

3 N DC- A
4

L

DC+

6E6

6E5

6E7 6E

6E3 6E

6E1

I/O Power Supply Assembly (T8060,T8062)

Mounting flanges can be attached to either the rear or the front of the
chassis. This allows flush mounting the chassis to a panel or mounting in a
19-inch rack.

The input crossover patch is on the T8200 chassis only.

Backplane Versions and Module Keying

Connector placement on AC input modules and backplanes differ from DC
modules and backplanes. This prohibits insertion of the wrong input module
type into a backplane.

Module slots in a chassis can be individually keyed to only accept a module
of an particular output voltage.

Input Power Terminals: TB1, TB2 (#8 screw terminals)

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I/O Power Supply Assembly (T8060,T8062)

Terminal No.

Module Slot

T8200, T8202

12 6
11 5
10 4

+ DC Output

9 3
8 2
7 1
6
5
4 1-6 DC Return
3

(terminals 1-6 are

2

Connected together on

1 Backplane)

Pin

J14

J15

Slot Signal

Slot Signal

1
2

All

Input ‘A’ Fail

3

All

Input ‘B’ Fail

4

All

Hi Temperature

5

1

Reset 4

Reset

6

1

Power Fail

6

Reset

7

2

Reset 4

Power Fail

Output Power Terminals: TB3, TB4 (

#6 screw terminals)

Status Connectors: J14, J15

Type: 10 pin Shrouded Header, Double-Row, 0.100 x

0.100 Centers
Mfg.: AMP P/N: 102618-3
Mating Connector: AMP 87631-5
Pin Out:

PD-6050

Mar-06

9

8

3

Power Fail

6

Power Fail

9

2

Power Fail

5

Power Fail

10 3

Reset 5

Reset

Available Load Units (for a set of 3 power supplies)

Number of I/O Units (Chassis):
Load Unit Capacity:

1 2

3

4

82 78 74 70

I/O Power Supply Assembly (T8060,T8062)

Monitor Connector: J13

Configuration

Current Sharing

The modules are capable of current sharing by connecting their outputs
together in parallel. This can be done external to the chassis or by using a
shorting bar that mounts directly to the output terminals on the chassis
backplane. This allows separate gro
chassis to have their outputs configured as: Single, Dual or N+1. The
module uses a passive “droop” method of current sharing and will share to
within 25% of the rated load.

Regent Power Supply Load Units

Type: 72 pin Edge Connector, 0.125” centerline
Mfg.: AMP
Mfg. P/N: 1­Pin Out: TBD

530844-9

ups of modules from within a single

When using the power supply system with Regent and Regent+Plus , power
supply loading is based on the number of I/O modules in the I/O chassis
and the load imposed by each I/O module. Load units for each I/O module
are shown in that module’s product description and spec
under the
will provide the following load units:

10

Safetybus Power

ification sheet

heading. A set of three power supply modules

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I/O Power Supply Assembly (T8060,T8062)

Calculating the number of load units in your system helps you to determine
the number of I/O power supplies your system needs. For economic power
distribution, and to avoid overloading individual power supply units,
calculate power supply loa

ding when configuring systems.

Regent I/O Triplicated Power Distribution

A chassis can contain two sets of triple-redundant power supplies for
Regent I/O. Each of the triple-redundant I/O power supply modules within
the I/O power supply chassis provides power for one leg of the three
redundant legs of the I/O Safetybus transceivers, and provides power to all
the I/O modules within its associated I/O chassis. Each I/O module contains
a diode OR power-sharing circuit that receives power from all three I/O
pow

er supply modules.

Should any I/O power supply module fail, only one leg of the transceiver
modules loses power: the two remaining legs maintain proper Regent
operation. In addition, all the I/O modules continue to operate properly by
drawing their current from the two remaining power supplies within the I/O
power supply assembly.

I/O transceivers and I/O modules require power fail and reset status signals
for proper operation.

PD-6050

Mar-06

11

TB3

J15

J14

6

6

{

Two Sets of Triplicated Power

and Status to Regent I/O

Chassis

{

IInput

Crossover

Patch

123

45678

91011

12

T8200 Chassis

Source B

Source A

TB3

J15 J14

10

{

Triplicated 15 Volt Power and

Status for Regent I/O Chassis

Input

Crossover

Patch

1

2

3

4

5

6

7

8

9

10

11

12

T8201 Chassis

Source B

Source A

T8220 Dual AC Input, 15 VDC Output

T8220 Dual AC Input, 15 VDC Output

T8225 Dual AC Input, 24 VDC Output

T8223 Single AC Input, 24 VDC Output

Dual 24 V Power and Status for

Trusted ICS

24 V Power for Field Devices

{

{

6

4

T8220 Dual AC Input, 15 VDC Output

T8225 Dual AC Input, 24 VDC Output

TB3

J15

J14

6

{

{

IInput

Crossover

Patch

121110

98765

432

1

T8200 Chassis

Source B

Source A

N+1 Power For Field Devices

Triplicated Power and Status

For Regent I/O Chassis

I/O Power Supply Assembly (T8060,T8062)

Sample Chassis Configurations

Two Sets of Triplicated 15 V Regent Power

12

Triplicated 15 V Regent and Redundant 24 V Trusted ICS Power

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I/O Power Supply Assembly (T8060,T8062)

Triplicated 15 V Regent and 24 V N+1 Field Power

Maintenance

No periodic maintenance or calibration is required for I/O power supply
modules. There are no user-replaceable parts.

A failed I/O power supply module can be hot-replaced without disrupting
system operations. Main power wiring and I/O power cables (connected
to the chassis) are not disturbed during module replacement.

Safety Considerations

The power sup
Risk Class 5 safety critical applications.

ply modules and chassis are TÜV certified for

PD-6050

Mar-06

13

Voltage Range

T8220, T8223, T8224, T8225
T8222, T8226

85 to 264 VAC
20 to 30 VDC

Frequency Range

T8220, T8223, T8224, T8225

47 to 63 Hz

Inrush Current

(120/260 Vac)

T8220, T8223, T8224, T8225

20/40A (peak) Cold,
35/65A (peak) Hot

Power Factor

0.95 min.

Efficiency

70%

Use with Chassis

T8220, T8223, T8224, T8225
T8222, T8226

T8200
T8202

Fusing (Internal to module)

T8220, T8223, T8224, T8225
T8222, T8226

6A, 250 V, 3AG Slow Blow
20 A, 250 V, 3AB Slow Blow

Output Voltage

T8220, T8223, T8224, T8225
T8222, T8226

+15 volts
+24 volts

Output Power

250W, per module

Power Hold-up Time

T8220, T8223, T8224, T8225
T8222, T8226

20 msec, minimum
1 msec, minimum

Operating Temperature

Natural Convection
Forced Air (>20 lf/min)

-20°

to 50° C

-20°

to 70° C

Storage Temperature

-40°

to 85° C

(-40° to 185° F)

I/O Power Supply Assembly (T8060,T8062)

Specifications

14

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I/O Power Supply Assembly (T8060,T8062)

Operating Humidity

0 to 95% relative humidity, non

-

condensing

Vibration

10 to 55 Hz:

±0.15mm

Shock

Operating:

15 g, ½ sine wave, 11 msec

Electromagnetic Interference

•

IEC 801 Part 2 - Electrostatic
Discharges

•

IEC 801

Part 3 - Radiated

Electromagnetic Fields

•

IEC 801 Part 4 - Transients
and Bursts

•

IEC 801 Part 5 - Surge
Immunity

•

ANSI/IEEE C37.90 - Surge
Withstand Capability

Level 3: Contact discharge of

6 kV

Level 3: 10 V/M, 27 MHz

-

500 MHz

Level 4: 2 kV, 2.5 kHz for

t = 60 sec

Level 3: 2 kV

2.5 kV damped 1 MHz sine
wave

4 kV bi-directional impulse, 10
nsec rise time, fast tran

sient

Safety

Certified to DIN V VDE 0801
for Risk Class 5. Also designed
to meet UL 508 and CSA 22.2,
No. 142-M1981

Module Dimensions

Height:
Width:
Depth:

10.47" ( 266 mm)

2.38" ( 61 mm)

12.5" (318 mm)

Chassis Dimensions

Height:
Width:
Depth:

10.47" ( 266 mm)
19" ( 483 mm)

13.5" (343 mm)

Specifications (Continued)

PD-6050

Mar-06

15

Module Weight

6.9 lbs (3.2 kg)

I/O Power Supply Assembly (T8060,T8062)

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