Cross Technologies 2082-14 Series Manual de usuario

Instruction Manual

Model 2082-14x-Series

Redundant Unit Controllers

May 2018, Rev. F

EXECUTE

MODEL 2082

CROSS TECHNOLOGIES INC.

CONTROLLER

UNIT 1 UNIT 2 UNIT 3

450

470

380

POWER

STATUS

MODE

2312

ALARM

STDBY

ONLINE

MANUAL

LOCAL

REMOTE

AUTO

PATH

1>1

2>2

Data, drawings, and other material contained herein are proprietary to Cross Technologies, Inc., but may be

reproduced or duplicated without the prior permission of Cross Technologies, Inc. for purposes of operating

the equipment.

When ordering parts from Cross Technologies, Inc., be sure to include the equipment model number,

equipment serial number, and a description of the part.

CROSS TECHNOLOGIES, INC.

6170 Shiloh Road

Alpharetta, Georgia 30005

(770) 886-8005

FAX (770) 886-7964

Toll Free 888-900-5588

WEB www.crosstechnologies.com

E-MAIL [email protected]

INSTRUCTION MANUAL

MODEL 2082-14x Redundant Unit Controller

TABLE OF CONTENTS PAGE

Warranty 2

1.0 General 3

1.1 Equipment Description 3

1.2 Technical Characteristics 4

1.3 Control & Operation 5

1.4 Setup/Testing 6

1.5 M&C Interface 12

1.6 Environmental Use Information 14

2.0 Installation 15

2.1 Mechanical 15

2.2 Rear I/O’s 16

2.3 Front Panel Controls, Indicators 18

2.4 Installation/Operation 19

2.5 Menu Settings 20

3.0 Ethernet Interface Installation & Operation 26

WARRANTY - The following warranty applies to all Cross Technologies, Inc. products.

All Cross Technologies, Inc. products are warranted against defective materials and workmanship for a period

of one year after shipment to customer. Cross Technologies, Inc.’s obligation under this warranty is limited

to repairing or, at Cross Technologies, Inc.’s option, replacing parts, subassemblies, or entire assemblies.

Cross Technologies, Inc. shall not be liable for any special, indirect, or consequential damages. This

warranty does not cover parts or equipment which have been subject to misuse, negligence, or accident by the

customer during use. All shipping costs for warranty repairs will be prepaid by the customer. There are not

other warranties, express or implied, except as stated herein.

CROSS TECHNOLOGIES, INC.

6170 Shiloh Road

Alpharetta, Georgia 30005

(770) 886-8005

FAX (770) 886-7964

Toll Free 888-900-5588

WEB www.crosstechnologies.com

E-MAIL [email protected]

2082-14x-series Manual, Rev. F Page 2 05/30/18

The Model 2082-14x-series of Redundant Unit Controllers are designed

to power, monitor and control LNA or LNB amplifiers configured in 1:1

or 1:2 redundancy modes. There are currently two (2) Drive Voltages

supported (+26 or +47 VDC) and two (2) Common (voltage or ground)

configurations. This manual addresses all eight (8) of these models as

shown in this chart:

Front panel LEDs indicate power, status (online, standby, alarm), and

MODEL 2082-14x-series - 1:1 & 1:2 Redundant Unit Controllers

1.0 General

1.1 Equipment Description

mode (auto, manual, local, remote). Up to 600 ma is available to power each amplifier. LNA or LNB current is measured and a fault

is signaled if the current deviates from user selected thresholds. Multi-function switches select Auto, Local, or Remote operation,

(Priority for 1:2 models), and the signal path in the Manual mode. Remote operation via the RS232/RS485 M&C interface allows

selection of priorities (1:2) and the signal path. Ethernet is available as option, -W8, -W18, or -W28. Contact closure to ground inputs

allow selection of Local/Remote, andAuto/Manual Modes. An LCD display shows each amplifier's current, and signal path. Form C

relay contact closures indicate amplifier and power supply status, waveguide switch position, Auto, Remote, and Manual operation.

Connectors are DB37 for contact closure I/Os, MS3112E16-23S for the amplifier plate signals, and DB9s for monitor and control and

auxiliary external contact closure alarm inputs. ALL 2082-14x models are housed in a 1RU chassis which are powered by redundant

power supplies fed by separate, fused 100-240 ±10% VAC AC input connectors.

EXECUTE

MODEL 2082

CROSS TECHNOLOGIES INC.

CONTROLLER

UNIT 1 UNIT 2 UNIT 3

450

470

380

POWER

STATUS

MODE

2312

ALARM

STDBY

ONLINE

MANUAL

LOCAL

REMOTE

AUTO

PATH

1>1

2>2

Figure 1.0 TYPICAL FRONT PANEL (1:2 model 2082-142 shown above)

AC1

GND I/O FUSE

UNIT 1

PLATE ASSY

AC2

GND

FUSE

UNIT 2 FUSE

UNIT 3

15 234 20212223

610 789 25262728

1115 121314 30313233

19 161718 242934353637

F3F2F1J1

MONITOR

AND

CONTROL

J3A

EXT

ALARM

J3B VDC VDC VDC

DS3DS2DS1J2

234 6789

Figure 1.1 TYPICAL REAR PANEL - Shown with optional Ethernet Connector (J2) (1:2 model 2082-142 shown above)

CH 1 CH 1

PLATE ASSY

2082-141-series

PLATE ASSY

2082-142-series

EXT

ALARMS

MONITORS

EXT

ALARMS

MONITOR S

Figure 1.2: (TYPICAL) Block Diagrams, 1:1 (2082-141-series) and 1:2 (2082-142-series) Configurations

2082-14x-series Manual, Rev. F Page 3 05/30/18

1.2 Technical Characteristics

2082-14x-series Manual, Rev. F Page 4 05/30/18

*+10˚C to +40˚C.

ut Closure Alarm O

tion: Call Cross Technolo

ies

Other O

tions

Ethernet with Direct TCP/IP InterfaceW28-

LNA/LNB Power

Switch Drive Characteristics

Alarm and Control

M&C

Controls

Indicators

Controls

Others

Specifications subject to change without notice 2016 Cross Technologies, Inc.

Tem

erature

Ethernet with SNMP

(

and MIB

)

and Web Browser InterfacesW18-

Remote M&C Ethernet O

tions

Ethernet with Web Browser InterfaceW8-

Redundant 100-240 ±10% VAC, 47-63 Hz, 150 Watts max.

ower su

liesPower

1 RU, 19 inch standard chassis, 1.75” high x 16.0” deepSize

MS3112E16-23SAm

Plate Connector

DB9, femaleM&C Connector

DB9, femaleExternal Alarm

DB37

femaleParallel I/O Connector

Red LEDʼs, External Form C contact closure, M&C serial

(for amplifiers, Ext. and Summary alarm)

Alarm Status

Yellow LED

External Form C contact closure

M&C serialManual Select Status

Yellow LED, External Form C contact closure, M&C serialRemote Select Status

Green LEDʼs

(

PS1, PS2

)

, External Form C contact closure, M&C serial

Mode Select Local/Remote, Auto/Manual push-button switches, contact closures,

or remote selection.

Power On Status

+26 or +47 Volts, 3.0A (for either -141 1:1 or -142 1:2 series)

Drive Volta

TABLE 1.0 2082-14x-Series Switch Specifications*

9600 baud rate

arit

8 data bits

1 sto

bitM&C Si

nal

RS232C or RS485, Selectable, Ethernet O

tional

(

See below for Ethernet o

tions

)

M&C Interface

Form C rela

: 100 VDC, 0.5A, 3W max.Alarm Output Si

nal

100 ms max.

based on switch s

ecificationsTotal Switch over time 50 ms max.Fault Detection time

(

for -141, 1:1 series

)

, 3

(

for -142, 1:2 series

)

Number Powered +15 ±1 Volts/0.6 am

s max., each unitOut

ut Volta

e/Current

1.3 Control & Operation

All Redundant Unit Controllers are designed to be 'controlled' either Locally or Remotely (Local/Remote) and

the 'switching' is either Automatic or Manual (Auto/Manual). The controller defaults to Local (control)/Auto

(switching) mode. These are described in more detail below.

1.3.1 Local/Remote (Control) Mode

Local mode is the default 'control' mode of the controller. When the unit is in the local mode it will ignore any

serial commands it receives through serial M&C connector J3 or through the optional Ethernet interface.

Local mode means control of the system is managed with front panel commands and external “ground to

activate” inputs.

A grounded external input will override the front panel input that controls the same function. The following

table describes the “ground to activate” pins located on the DB37 parallel I/O connector and their function.

When the unit is in the remote mode it will respond only to serial M&C commands or Ethernet Webpage,

SNMP or TCP/IP Direct commands, depending on the Remote Interface Selection, Menu 5.

Auto/Manual Select: Ground to activate Manual Mode.18

FunctionDB37 (J1) Pin

1.3.2 Auto/Manual (Switching) Mode

Auto mode is the default 'switching' mode of the controller.

2082-141-series (1:1 Redundancy): When in the auto mode the controller is continuously monitoring the

status of AMP1 and AMP2. If a fault is detected from AMP1 then AMP2 is switched into the signal path of the

faulted unit.

2082-142-series (1:2 Redundancy): When in the auto mode the controller is continuously monitoring the

status of AMP1, AMP2 and AMP3. If a fault is detected from AMP1 or AMP2 then AMP3 is switched into

the signal path of the faulted unit.

Manual mode may be set via a front panel command, an M&C port command, or by grounding the

AUTO/MAN external input (J1, pin 18). When the controller is in the manual mode it ignores fault and alarm

inputs and allows the user to manually operate the waveguide switch.

There are 3 methods available to manually operate the waveguide switch.

Method 1 is locally from the front panel interface. The unit must be in Manual Mode and

Local (Control) Mode to use this method.

2082-14x-series Manual, Rev. F Page 5 05/30/18

Method 2 is remotely from the serial M&C or Ethernet (optional) interface. The unit must be in Manual Mode

and Remote (Control) Mode to use this method.

Method 3 allows the user to physically (“manually”) turn the waveguide switch by hand. The unit must be in

Manual Mode but may be in either Local or Remote (Control) Mode when using this method.

1.4 Setup/Testing

At the time of installation or testing,the user needs to verify that the controller is properly installed and that the

'back-up' signal path and LNA are functioning properly. The 2082-14x must first be properly wired to a

waveguide switch in order to perform any testing. The 2082-14x will not send any waveguide switch control

signals if the unit cannot read a valid position from the waveguide switch(s). The switch position read from the

waveguide switch is displayed on the bottom line of the main LCD display screen. If “ERROR!” is displayed

then the unit cannot read a valid position.

Ethernet Options. If your unit is equiped with any of the following optional Ethernet M&C Interfaces,

the following messages will be displayed:

• From the optional Ethernet Webpage Interface (W8) there is a Switch Position status field.

If “ERROR!” is displayed in that field then the unit cannot read a valid position.

• From the optional Ethernet SNMP interface (W18) there is an Object ID named switchPos208214x.

If the value 99 is read from that object ID then the unit cannot read a valid position.

• From the optional Ethernet TCP/IP Direct interface there is a field in the Controller Status query that

indicates if the unit cannot read a valid position.

The 2082-14x reads the waveguide switch position through the MS connector J4 on the rear panel.

Typical waveguide switch wiring for both +26 and +47 VDC Models 2082-141 or 2082-141P, and 2082-142

or 2082-142P are shown in the following 4 diagrams:

2082-14x-series Manual, Rev. F Page 6 05/30/18

Figure 1.0

Figure 2.0

2082-14x-series Manual, Rev. F Page 7 05/30/18

1:1 Volta

e Common Redundant Confi

uration

2082-141 or 2082-141-47

Wave Guide Switch

Moto

ommon

ontro

Top - Controller

Opto-Isolator

pto-Isolator

witch Driv

Pos 1

round Pulse

roun

d P

+26 VDC /

+47VDC

MOSFET SW

LNA

SW 1A

SW 1B

LNA

2 (BU)

RF OUT

RF IN

+15V, 0.6A

Power Supply

+15V, 0.6A

Power Supply

Connector

2082-141 or 2082-141-47 (+26 VDC / +47 VDC Common) Wave Guide SW Wiring Diagram

+26 VDC /

+47VDC Pulse

+26 VDC /

+47VDC Pulse

round

2082-141P or 2082-141-47P

Wave Guide Switch

Motor

Pos 2

Top -

ontroller

Top - Controller

pto-Isolator

ommon

witch Driv

Pos 1

MOSFET

Connector

2082-141P or 2082-141-47P (Ground Common) Wave Guide SW Wiring Diagram

LNA

SW 1A

SW 1B

LNA

2 (BU)

RF OUT

RF IN

+15V, 0.6A

Power Suppl

+15V, 0.6A

Power Suppl

1:1

Ground

Common

Redundant

Confi

uration

pto-Isolator

Figure 3.0

2082-14x-series Manual, Rev. F Page 8 05/30/18

+26 VDC /

+47 V D C

round

Pulse

round

Pulse

+26 VDC /

+47 V D C

round

Pulse

round

Pulse

Wave Guide Switch

Connector

+15V, 0.6A

Power Supply

+15V, 0.6A

Power Supply

+15V, 0.6A

Power Supply

Connector

Moto

Pos 2

ommon

Top - Controller

pto-Isolator

witch

Driv

Pos 1

MOSFET

Moto

Pos 2

ommon

Top - Controller

pto-Isolator

witch

Driv

Pos 1

MOSFET

SWITCH 1

SWITCH 2

SW 2A

SW 2B

LNA

SW 1A

SW 1B

LNA

3 (BU )

CH 1

INPUT

CH 2

INPUT

CH 1

OUTPUT

CH 2

OUTPUT

2082-142

2082-142-47

2082-142 or 2082-142-47 (+26 VDC / +47 VDC Common) Wave Guide SW Wiring Diagram

1:2

Volta

Common

Redundant

Confi

uration

Figure 4.0

2082-14x-series Manual, Rev. F Page 9 05/30/18

Wave Guide Switch

Connector

Moto

Pos 2

ommon

Top

ontroller

Top - Controller

pto-Isolator

witch

Driv

Pos

+26 VDC /

+47VDC Pulse

+26 VDC /

+47VDC Pulse

round

MOSFET

SWITCH 1

SWITCH 2

SW 2A

SW 2B

LNA

SW 1A

SW 1B

LNA

3 (BU)

CH 1

INPUT

CH 2

INPUT

CH 1

OUTPUT

CH 2

OUTPUT

2082-142P

2082-141-47P

2082-142P or 2082-142-47P (Ground Common) Wave Guide SW Wiring Diagram

Moto

Pos 2

ommon

Top - Controller

pto-Isolator

witch

Driv

Pos 1

MOSFET

1:2

Ground

Common

Redundant

Confi

uration

+26 VDC /

+47VDC Pulse

+26 VDC /

+47VDC Pulse

round

+15V, 0.6A

Power Supply

+15V, 0.6A

Power Supply

+15V, 0.6A

Power Supply

The micro controller in the 2082-14x-series controllers determines the switch position by detecting the presence

of switch common voltage on either Pos1 or Pos2. If no presence of switch common voltage is detected then

the position is reported as “ERROR!”. The 2082-14x will not send waveguide switch control signals if it

cannot determine a valid switch position.

There are three possible methods for a user to override auto switching while in Manual mode to perform

waveguide switch testing. These methods are referred to as LOCAL (which provides two (2) possible ways)

and REMOTE (one (1) way). These are described below.

1.4.1 LOCAL. As mentioned above, local provides two possibilities to override auto switching. The first is

via the Front Panel Menu and the second is via the Manual Override Knob located on the waveguide switch

(if so equipped.) Both of these require that the 2082-14x be placed in the MANUAL MODE.

1.4.2 Front Panel Menu.

To override auto switching via the Front Panel Menu …

1) Place the unit in MANUAL MODE.

2) The LCD display will display the following message showing the current location of the switch:

Manually Set

POS=1>1 R

Manually Set

POS=1>1 POS=2>2 R

2082-141 Front Panel Display 2082-142 Front Panel Display

3) You may now select switch positions using the UP/DOWN switch.

a) For a 2082-141-series, 1:1 controller, the switch position choices are: 1>1 (Primary active),

or 2>1 (Backup active).

b) For a 2082-142-series, 1:2 controller, the switch position choices are: 1>1, 2>2

(Both Primary’s active), 3>1, 2>2 (Backup #1) and 1>1, 3>2 (Backup #2)

4) Once the Switch position is selected, push the PROGRAM/EXECUTE switch to go to the next menu.

5) Use the LEFT/RIGHT switch to move the cursor to R (return), then push the PROGRAM/EXECUTE

switch to jump to the SAVE SETTINGS menu.

2082-14x-series Manual, Rev. F Page 10 05/30/18

Tabla de contenidos

Otros manuales de Controladores de Cross Technologies

Cross Technologies

Cross Technologies 2082-141-47 Manual de usuario

Manuales populares de Controladores de otras marcas

Digiplex

Digiplex DGP-848 Instrucciones de funcionamiento

YASKAWA

YASKAWA SGM series Manual de usuario

Sinope

Sinope Calypso RM3500ZB Manual de usuario

Isimet

Isimet DLA Series Style 2 Manual de instalación

LSIS

LSIS sv-ip5a Manual de usuario

Rockwell Automation

Rockwell Automation 1769-L31 Manual de usuario

Airflow

Airflow Uno hab Manual de usuario

ABB

ABB ACS580-01 drives Manual de usuario

Panasonic

Panasonic GM1 Series Manual de usuario

Emerson

Emerson SW93 Manual de usuario

AutoAqua

AutoAqua Smart ATO micro SATO-120P Manual de usuario

Panasonic

Panasonic FP? Positioning Unit RTEX Manual de usuario

Samson

Samson Type 5824 Manual de servicio

Alpha IP

Alpha IP MIOB 21001 Manual de usuario

Siemens

Siemens OpenAir GMA 1 Series Manual de usuario

Surecom

Surecom SR-629 Manual de usuario

Fishman

Fishman TriplePlay Manual de usuario

Regulus

Regulus SRS1 T Manual de usuario