Mounting Racks
About Mounting Racks
SNAP PAC I/O mounting racks are designed to hold an intelligent SNAP I/O processor—a SNAP PAC brain or a SNAP PAC R-series on-the-rack controller—and several I/O modules. Since SNAP analog, digital, and serial I/O modules all have the same footprint, customers using SNAP PAC racks can mix all these modules on the same I/O mounting rack. Field devices are wired directly to the top-mounted connectors on the modules plugged into each rack, or
through breakout boards when additional wiring space is required.
View All Opto 22 Mounting Racks
SNAP PAC Mounting Racks
SNAP-PAC-RCK16
The SNAP-PAC-RCK16 mounts one SNAP PAC brain or on-the-rack controller and up to 16 analog, digital, serial, and special-purpose SNAP I/O modules. The SNAP-PAC-RCK16 can be DIN-rail or panel mounted.
SNAP PAC 16-Module Mounting Rack
SNAP-PAC-RCK12
The SNAP-PAC-RCK12 mounts one SNAP PAC brain or on-the-rack controller and up to 12 analog, digital, serial, and special-purpose SNAP I/O modules. The SNAP-PAC-RCK12 can be DIN-rail or panel mounted.
SNAP PAC 12-Module Mounting Rack
SNAP-PAC-RCK8
The SNAP-PAC-RCK8 mounts one SNAP PAC brain or on-the-rack controller and up to 8 analog, digital, serial, and special-purpose SNAP I/O modules. The SNAP-PAC-RCK8 can be DIN-rail or panel mounted.
SNAP PAC 8-Module Mounting Rack
SNAP-PAC-RCK4
The SNAP-PAC-RCK4 mounts one SNAP PAC brain or on-the-rack controller and up to 4 analog, digital, serial, and special-purpose SNAP I/O modules. The SNAP-PAC-RCK4 can be DIN-rail or panel mounted.
SNAP PAC 4-Module Mounting Rack
G4 Mounting Racks
G4PB8H
The G4PB8H I/O mounting rack holds 8 G4 digital I/O modules, both AC and DC. This rack is designed for use with Optomux B1 or E1, Pamux B5, and mistic B100 brain boards, attached through a standard 50-pin cable to a header connector. The rack is also compatible with the Digital I/O Carrier Board for Raspberry Pi® (part number OPTO-P1-40P).
G4 8-channel Mounting Rack with Header Connector
G4PB8
The G4PB8 rack holds 8 G4 digital I/O modules, both AC and DC. Single-channel G4 I/O gives you maximum flexibility. You can insert and remove modules easily and quickly without disturbing field wiring. Modules are securely attached with a threaded captive hold-down screw.
G4 8-channel I/O Module Rack
G4PB4R
The G4PB4R output mounting rack compactly accommodates up to four G4 output modules and features channel-to-channel isolation between all field and control circuits.
G4 4-channel Output Module Rack
G4PB4
The G4PB4 I/O mounting rack compactly accommodates up to four G4 digital I/O modules in applications where only a few I/O points are needed.
G4 Digital 4-Channel Mounting Rack
G4PB32DEC
The G4PB32DEC I/O mounting rack accommodates up to 32 G4 digital I/O modules and is used to interface to a DEC computer DRV-11J parallel card.
G4 32-channel I/O Module Rack for DEC Computers
G4PB24
The G4PB24 rack holds 24 G4 digital I/O modules, both AC and DC. Single-channel G4 I/O gives you maximum flexibility. You can insert and remove modules easily and quickly without disturbing field wiring. Modules are securely attached with a threaded captive hold-down screw.
G4 24-channel I/O Module Rack
G4PB16T
The G4PB16T rack holds 16 G4 digital I/O modules, both AC and DC. Single-channel G4 I/O gives you maximum flexibility. All modules on the rack must use the same logic voltage (5 VDC, 15 VDC, or 24 VDC). You can insert and remove modules easily and quickly without disturbing field wiring. Modules are securely attached with a threaded captive hold-down screw.
G4 16-channel I/O Module Rack with Terminal Strip
G4PB16I
The G4PB16I rack holds 16 G4 digital I/O modules, both AC and DC, and features channel-to-channel isolation between all field and control circuits.
G4 16-channel I/O Module Rack Isolated Control
G4PB16H
The G4PB16H I/O mounting rack holds 16 G4 digital I/O modules, both AC and DC.
G4 16-channel Mounting Rack with Header Connector
G4PB16
The G4PB16 rack holds 16 G4 digital I/O modules, both AC and DC. Single-channel G4 I/O gives you maximum flexibility. You can insert and remove modules easily and quickly without disturbing field wiring. Modules are securely attached with a threaded captive hold-down screw.
G4 16-channel I/O Module Rack
G1 Mounting Racks
PB8H
The PB8H I/O mounting rack can accommodate up to eight Opto 22 standard G1 digital single-channel I/O modules (5 V).
G1 8-channel Rack with Header Connector
PB8AH
The PB8AH I/O mounting rack can accommodate up to eight standard G1 analog I/O modules.
G1 8-channel Analog Mounting Rack
PB8
The PB8 I/O mounting rack can accommodate up to eight Opto 22 standard G1 digital single-channel I/O modules.
G1 8-channel I/O Module Rack
PB4R
The PB4R output mounting rack holds four G1 digital output modules (outputs only) and features isolation between channels.
G1 4-channel Isolated Output-only Module Rack
PB4H
The PB4H I/O mounting rack can accommodate up to four Opto 22 G1 digital single-channel I/O modules (5 V).
G1 4-channel Rack with Header Connector
PB4AH
The PB4AH mounting rack holds four G1 analog I/O modules. The rack uses a 50-pin header connector to interface with Optomux E2 brain boards. It is also compatible with obsolete Optomux B2, Pamux B6, and mistic B200 brain boards.
G1 4-channel Analog Mounting Rack
PB4
The PB4 mounting rack holds four G1 digital I/O modules and is designed for applications that require barrier strips on both the field and the logic sides. The rack accepts both input and output modules and can be used with 5 volt, 15 volt, and 24 volt modules. Each module position features a 5 amp replaceable fuse and a status LED.
G1 4-channel I/O Module Rack with 2 Barrier Strips
PB24
The PB24 I/O mounting rack can accommodate up to 24 Opto 22 standard G1 digital single-channel I/O modules. This rack uses a 50-pin card edge connector for interface to computer I/O ports via a 50-conductor ribbon cable. The mounting rack features LED status indicators and replaceable fuses for each channel.
G1 24-channel I/O Module Rack
PB16T
The PB16T mounting rack holds 16 G1 digital I/O modules and is designed for applications that require barrier strips on both the field and the logic sides. The rack accepts both input and output modules and can be used with 5 volt, 15 volt, and 24 volt modules. Each module position features a replaceable fuse and a status LED.
G1 16-channel I/O Module Rack with 2 Barrier Strips
PB16HC
The PB16HC I/O mounting rack can accommodate up to 16 Opto 22 standard G1 digital single-channel I/O modules (5 V). This rack is compatible with Optomux E1 and Pamux B5 brain boards via a 50-pin header connector. It can also be used with obsolete Optomux B1 and mistic B100 brain boards. The rack features an extra terminal connector for field loop power.
G1 16-channel I/O Module Rack with 2 Barrier Strips
PB16H
The PB16H I/O mounting rack can accommodate up to 16 Opto 22 standard G1 digital single-channel I/O modules.This rack is compatible with Optomux E1 and Pamux B5 brain boards via a 50-pin header connector. It can also be used with obsolete Optomux B1 and mistic B100 brain boards.
G1 16-channel Rack with Header Connector
PB16C
The PB16C I/O mounting rack can accommodate up to 16 Opto 22 standard G1 digital single-channel I/O modules. This mounting rack uses a 50-pin card edge connector, via a 50-conductor ribbon cable, for interfacing to older computers using an ISA bus. The rack features an extra row of isolated terminals for field connections.
G1 16-channel I/O Module Rack, Edge Connector, Extra Terminal Strip
PB16AH
The PB16AH I/O mounting rack can accommodate up to 16 standard G1 analog I/O modules. The rack uses a 50-pin header connector to interface with Optomux E2 brain boards. It is also compatible with obsolete Optomux B2, Pamux B6, and mistic B200 brain boards.
G1 16-channel Analog Mounting Rack
PB16A
The PB16A I/O mounting rack can accommodate up to 16 Opto 22 standard G1 digital single-channel I/O modules. This rack uses a 50-pin card edge connector for interface to computer I/O ports via a 50-conductor ribbon cable. The mounting rack features LED status indicators and replaceable fuses for each channel.