Opto 22 Datasheets for Data Acquisition
Data acquisition is the digitizing and processing of multiple sensor or signal inputs for the purpose of monitoring, analyzing and/or controlling systems and processes. Signal conditioning includes the amplification, filtering, converting, and other processes required to make sensor output suitable for rereading by computer boards.
Data Acquisition: Learn more
| Product Name | Notes |
|---|---|
| +10v To -10v Input Isolated | |
| +4 To +20 mA Input | |
| +4 To +20 mA Output | |
| -10 To +10 VDC Input | |
| -10 To +10 VDC Output | |
| -5 to +5 VDC Input Isolated | |
| -5 to +5 VDC Input | |
| -5 To +5 VDC Output | |
| 0 - 5 Amp Input Isolated | |
| 0 To +10 VDC Input High Speed | |
| 0 To +10 VDC Input | |
| 0 To +10 VDC Output | |
| 0 To +20 mA Output | |
| 0 To +5 VDC Input High Speed | |
| 0 To +5 VDC Input Isolated | |
| 0 To +5 VDC Input-high Speed | |
| 0 To +5 VDC Input | |
| 0 To +5 VDC Output | |
| 0 To 100 mV Input Isolated | |
| 0 To 100 Volt Ac\dc Input | |
| 0 To 20 mA Input Isolated | |
| 0 To 5 VDC Output Isolated | |
| 0 To 50 mV Input Isolated | |
| 0-20 mA Output | |
| 10 Ohm Rtd Input Isolated | |
| 16-channel Analog Brain Mistic | |
| 16-channel Digital Brain Mistic | |
| 28 To 140 VAC Input Isolated | |
| 4 To 20 mA Input Isolated | |
| 4 To 20 mA Input | |
| 4-20 mA Output Isolated | |
| 4-20 mA Output | |
| 4-channel Ac Input 180-280 VAC, 5 VDC Logic | |
| 4-channel AC Input 90-140 VAC, 5 VDC Logic | |
| 4-channel Ac Output 12-280 VAC, 5 VDC Logic | |
| 4-channel Dc Input 10-32 VDC, 5 VDC Logic | |
| 4-channel Dc Input 4-16 VDC, 5 VDC Logic, High Speed | |
| 4-channel Dc Output 5-200 VDC, 5 VDC Logic | |
| 4-channel Dc Output 5-60 VDC, 5 VDC Logic | |
| AC Output 24–280 VAC, 5 VDC logic, higher current rating | |
| AC Output 24-280 VAC, 24 VDC logic, higher current rating | |
| ANALOG 8-CHANNEL BRICK ASSEMBLY | |
| DC Input 16-28 VDC 16-channel Integral Rack | |
| DC Input 4-16 VDC 16-channel Integral Rack | |
| DC Output 5-60 VDC 16-channel Integral Rack | |
| DescriptionSpecifica tionsDocumentsDownlo ads T SNAP-AITM-i provides two isolated channels of analog-to-digital conversion. Each channel can be configured for -150 to +150 mV DC, or -75 to +75 mV DC, or... | |
| DV/DT Input Module | |
| G1 100 Ohm RTD Analog Input Isolated | |
| G4 Analog -10 To 10 VDC Input | |
| G4 Analog -5 To 5 VDC Input | |
| G4 Analog 0 To +5 Amp AC/DC Input | |
| G4 Analog 0 To 100 mV Input | |
| G4 Analog 100 Ohms Platinum RTD Input | |
| G4 Analog Type R Thermocouple Input | |
| G4 DC Input 16-28 VDC 16-channel Integral Rack | |
| G4 DC Input 4-16 VDC 16-channel Integral rack | |
| G4 DC Output 5-60 VDC 16-channel Integral Rack | |
| G4 DC output modules are used to control or switch DC loads. Each module provides up to 4000 volts of optical isolation (transient) between field devices and control logic. Typical... | |
| G4 DC output modules are used to control or switch DC loads. Each module provides up to 4000 volts of optical isolation (transient) between field devices and control logic. Typical... | |
| G4 DC output modules are used to control or switch DC loads. Each module provides up to 4000 volts of optical isolation (transient) between field devices and control logic. Typical... | |
| G4AD20 | |
| ICTD Input | |
| ICTD Temperature Input | |
| J Thermocouple Input Isolated | |
| K Thermocouple Input Isolated | |
| Opto 22’s G4 AC input modules are used to detect on/off AC voltage levels. Each module provides up to 4000 volts of optical isolation (transient) between field inputs and the... | |
| Opto 22’s G4 AC output modules are used to control or switch AC loads. Each module provides up to 4000 volts of optical isolation (transient) between field outputs and the... | |
| Opto 22’s G4 DC input modules are used to detect on/off DC voltage levels. Each module provides up to 4000 volts (transient) of optical isolation between field inputs and the... | |
| P MODEL AC INPUT 90-140 VAC, 5 VDC LOGIC | |
| P Model Ac Output 12-140 VAC, 5 VDC Logic | |
| P MODEL DC INPUT 10-32 VDC, 5 VDC LOGIC | |
| P MODEL DC OUTPUT 5-60 VDC, 5 VDC LOGIC | |
| Remote Analog 8-channel Multifunction I/O Unit Mistic Protocol | |
| Remote Digital 16-channel Multifunction I/O Unit Mistic Protocol | |
| Remote Digital 32-channel I/O Unit Mistic Protocol | |
| SNAP 32-channel Pamux Protocol Analog Brain Board | |
| SNAP 32-channel Pamux Protocol Digital Brain Board | |
| SNAP-AIPM analog input modules help you measure and control power usage in your facility. The SNAP-AIPM module simultaneously measures single-phase volts AC RMS and amps AC RMS and calculates true... | |
| SNAP-AIPM-3 analog input modules help you measure and control power usage in your facility. The SNAP-AIPM-3 module simultaneously measures volts AC RMS and amps AC RMS for each of the... | |
| T Thermocouple Input Isolated | |
| The B1 brain board is an intelligent processor that operates as a slave device to a host computer, via an RS 422/485 serial link, to control digital I/O modules. The... | |
| The B2 brain board is an intelligent processor that operates as a slave device to a host computer via an RS-422/485 serial link. The B2 mounts on Opto 22 I/O... | |
| The B3000-B is a mistic serial brain designed as a modern drop-in replacement for the serial B3000 brain, which is obsolete as of October 2009. The B3000-B has the same... | |
| The E1 brain board is an Ethernet-ready I/O and communication processor for digital I/O systems. Designed as a drop-in replacement for Opto 22's serial-based B1 brain board, the E1 supports... | |
| The E2 brain board is an Ethernet-ready I/O and communication processor for analog I/O systems. Designed as a drop-in replacement for Opto 22's serial-based B2 brain board, the E2 supports... | |
| The G4DA10 time proportional output (TPO) module provides digital control from a mistic analog brick or modular controller. The module is optically isolated to 4,000 volts (transient) from field devices... | |
| The G4DA9 time proportional output (TPO) module provides digital control from a mistic analog brick or modular controller. Each module is optically isolated to 4,000 volts (transient) from field devices... | |
| The G4DA9 time proportional output (TPO) module provides digital control from a Mistic Analog brick or Modular controller. The module is optically-isolated to 4,000 volts from field devices and features... | |
| The G4IDC5-SW module provides one isolated channel of contact status input. The module supplies 15 volts of power to an external dry contact switch. The G4IDC5-SW senses switch closure. Each... | |
| The G4IDC5-SWNC module provides one isolated channel of contact status input. The module supplies 15 volts of power to an external dry contact switch. The G4IDC5-SWNC senses switch opening. Each... | |
| The G4IDC5Q quadrature input module (actually a pair of two modules that work together) is designed to allow a digital mistic 200 multi-function I/O brick to resolve positional information from... | |
| The G4ODC5R is a dry-contact, low-contact-resistan ce DC output. It is a single-pole, single-throw, normally open mechanical relay (Form A, SPST-NO). Typical applications for dry-contact modules include analog signal and... | |
| The G4ODC5R5 is a dry-contact, low-contact-resistan ce DC output modules. It is a single-pole, single-throw, normally closed mechanical relay (Form B, SPST-NC). Typical applications for dry-contact modules include analog signal... | |
| The G4ODC5RFM is a dry-contact, low-contact-resistan ce DC output. It is a single-pole, single-throw, normally open mechanical relay (Form A, SPST-NO). Typical applications for dry-contact modules include analog signal and... | |
| The IAC15 input module is used to sense ON/OFF AC voltage levels at 90-140 VAC. All AC input modules are designed with filtering on the input and a hysteresis amplifier... | |
| The IAC15A input module is used to sense ON/OFF AC voltage levels at 180-280 VAC. All AC input modules are designed with filtering on the input and a hysteresis amplifier... | |
| The IAC24 input module is used to sense ON/OFF AC voltage levels at 90-140 VAC. All AC input modules are designed with filtering on the input and a hysteresis amplifier... | |
| The IAC24A input module is used to sense ON/OFF AC voltage levels at 180-280 VAC. All AC input modules are designed with filtering on the input and a hysteresis amplifier... | |
| The IAC5 input module is used to sense ON/OFF AC voltage levels at 180-280 VAC. All AC input modules are designed with filtering on the input and a hysteresis amplifier... | |
| The IAC5 input module is used to sense ON/OFF AC voltage levels between 90-140 VAC. All AC input modules are designed with filtering on the input and a hysteresis amplifier... | |
| The IDC15 can act as either a DC or AC input, accepting 10-32 VDC or 12-32 VAC. All AC and DC input modules have a bridge-rectifier input. Each module provides... | |
| The IDC24 can act as either a DC or AC input, accepting 10-32 VDC or 12-32 VAC. All AC and DC input modules have a bridge-rectifier input. Each module provides... | |
| The IDC5 can act as either a DC or AC input, accepting 10-32 VDC or 12-32 VAC. All AC and DC input modules have a bridge-rectifier input. Each module provides... | |
| The IDC5B can act as either a DC or AC input, accepting 4-16 VDC or VAC. Input modules are used for sensing ON/OFF voltage levels. This module is a fast-switching... | |
| The IDC5D is a DC input module accepting 2.5-28 VDC. All input modules are used for sensing ON/OFF voltage levels. Each module provides up to 4000 volts (transient) of optical... | |
| The IDC5G can act as either a DC or AC input, accepting 35-60 VDC or VAC. All AC and DC input modules have a bridge-rectifier input. Each module provides up... | |
| The OAC15 output module is used for controlling or switching AC loads of 12-140 VAC. Each module provides up to 4000 volts (transient) of optical isolation between the field devices... | |
| The OAC15 output module is used for controlling or switching AC loads of 24-280 VAC. Each module provides up to 4000 volts (transient) of optical isolation between the field devices... | |
| The OAC15A output module is used for controlling or switching AC loads of 24-280 VAC. Each module provides up to 4000 volts (transient) of optical isolation between the field devices... | |
| The OAC24 output module is used for controlling or switching AC loads of 12-140 VAC. Each module provides up to 4000 volts (transient) of optical isolation between the field devices... | |
| The OAC5 output module is used for controlling or switching AC loads of 12-140 VAC. Each module provides up to 4000 volts (transient) of optical isolation between the field devices... | |
| The OAC5A output module is used for controlling or switching AC loads of 24-280 VAC. Each module provides up to 4000 volts (transient) of optical isolation between the field devices... | |
| The OAC5A5 output module is used for controlling or switching AC loads of 24-280 VAC. Each module provides up to 4000 volts (transient) of optical isolation between the field devices... | |
| The ODC15 output module is used for controlling or switching DC loads of 5-60 VDC. Each module provides 4000 volts (transient) of optical isolation between the field devices and the... | |
| The ODC24 output module is used for controlling or switching DC loads of 5-60 VDC. Each module provides 4000 volts (transient) of optical isolation between the field devices and the... | |
| The ODC24A output module is used for controlling or switching DC loads of 5-200 VDC. Each module provides 4000 volts (transient) of optical isolation between the field devices and the... | |
| The ODC5 output module is used for controlling or switching DC loads of 5-60 VDC. Each module provides 4000 volts (transient) of optical isolation between the field devices and the... | |
| The ODC5A output module is used for controlling or switching DC loads of 5-200 VDC. Each module provides 4000 volts (transient) of optical isolation between the field devices and the... | |
| The ODC5R is a Form A mechanical relay I/O module. This module is ideal for applications requiring a dry-contact closure. These applications include multiplexing of communication lines or analog signals... | |
| The Pamux B5 is an addressable digital brain board that can control up to 16 input or output points in distributed I/O applications. The B5 is designed for use with... | |
| The SNAP IO4AB Learning Center is a complete package for learning how to configure and use Opto 22’s intelligent remote SNAP I/O™ with an Allen-Bradley® Logix-based PLC system, such as... | |
| The SNAP Simple Ethernet I/O brain is a low-cost I/O and communications processor for high-density commercial and industrial applications on wired Ethernet networks. The SNAP-ENET-S64 brain can be mounted on... | |
| The SNAP-AIARMS provides two channels of 0-10 amp RMS AC/DC input. An ideal input is the 5-amp secondary of a standard current transformer used to monitor AC line current. Although... | |
| The SNAP-AIARMS-i module provides two isolated channels with an input range of 0 to 10 amps RMS AC/DC. An ideal input is the 5-amp secondary of a standard current transformer... | |
| The SNAP-AIARMS-i-FM module provides two isolated channels with an input range of 0 to 10 amps RMS AC/DC. An ideal input is the 5-amp secondary of a standard current transformer... | |
| The SNAP-AICTD provides four channels of analog temperature input from any industry-standard Integrated Circuit Temperature Device (ICTD). Simple two-wire connections are made to the pluggable terminal strip on top of... | |
| The SNAP-AICTD provides two channels of analog temperature input from any industry-standard Integrated Circuit Temperature Device (ICTD). Simple two-wire connections are made to the pluggable terminal strip on top of... | |
| The SNAP-AICTD-8 provides eight channels of analog temperature input from any industry-standard Integrated Circuit Temperature Device (ICTD). Simple two-wire connections are made to standard connectors on top of the module. | |
| The SNAP-AILC input module works with 2 mV/V and 3 mV/V load cells as a load cell front end. Using a separate 24 VDC power source (purchased separately), the module... | |
| The SNAP-AILC-2 input module works with 3 mV/V and 4 mV/V load cells as a load cell front end. Using a separate 24 VDC power source (purchased separately), the module... | |
| The SNAP-AIMA provides two channels of -20 mA to +20 mA analog current input. The module does not supply loop excitation current. Although the two channels are not isolated from... | |
| The SNAP-AIMA-32 provides 32 channels of -20 mA to +20 mA analog current input. The module does not supply loop excitation current. Although the 32 channels are not isolated from... | |
| The SNAP-AIMA-32-FM provides 32 channels of -20 mA to +20 mA analog current input. The module does not supply loop excitation current. Although the 32 channels are not isolated from... | |
| The SNAP-AIMA-4 provides four channels of -20 mA to +20 mA analog current input. The module does not supply loop excitation current. Although the four channels are not isolated from... | |
| The SNAP-AIMA-8 provides eight channels of -20 mA to +20 mA current input. The module does not supply loop excitation current. Although the eight channels are not isolated from each... | |
| The SNAP-AIMA-i provides two isolated channels of -20 mA to +20 mA analog current input. The module does not supply loop excitation current. In addition to having two channels isolated... | |
| The SNAP-AIMA-iSRC provides two isolated channels of -20 mA to +20 mA analog current and also includes built-in loop sourcing capability. With the connection of a single 24 V power... | |
| The SNAP-AIMA-iSRC-FM provides two isolated channels of -20 mA to +20 mA analog current and also includes built-in loop sourcing capability. With the connection of a single 24 V power... | |
| The SNAP-AIMA2-i module provides two isolated channels with an input range of -1 mA to +1 mA. This module does not supply loop excitation current. | |
| The SNAP-AIMV-4 provides four channels of analog-to-digital conversion. Each channel can be configured for -150 mV DC to +150 mV DC or -75 mV DC to +75 mV DC. This... | |
| The SNAP-AIMV2-4 provides four channels of analog-to-digital conversion. Each channel can be configured for -50 mV DC to +50 mV DC or -25 mV DC to +25 mV DC. This... | |
| The SNAP-AIR40K-4 provides four channels of analog-to-digital conversion, ideal for thermistors used in HVAC applications or for reading the resistance of potentiometer input. Default range is 0-40 K Ohms; the... | |
| The SNAP-AIRATE provides two channels of frequency-to-digital conversion at 0-25,000 Hz. Nine volts through a 4.7 K Ohm pull-up resistor are provided internally for use with devices that have open... | |
| The SNAP-AIRTD provides two channels of analog temperature input. Nominal input range is -200 to +850 degrees C. Although the two channels are not isolated from each other, the module... | |
| The SNAP-AITM provides two channels of analog-to-digital conversion. Each channel can be configured for -150 to +150 mV DC or -75 to +75 mV DC, or for type E, J,... | |
| The SNAP-AITM-2 provides two channels of analog input with a range of -50 to +50 mV, -25 to +25 mV, or type B,C,D,G,N,T,R, or S thermocouple. Use isolated probes for... | |
| The SNAP-AITM-8 provides eight channels of thermocouple or millivolt input. Each channel can be individually configured to accept a type B, C, D, E, G, J, K, N, R, S,... | |
| The SNAP-AITM-8-FM provides eight channels of thermocouple or millivolt input. Each channel can be individually configured to accept a type B, C, D, E, G, J, K, N, R, S,... | |
| The SNAP-AITM2-i provides two isolated channels, each with an input range of -50 to +50 mV, -25 to +25 mV, or type B,C,D,G,N,T,R, or S thermocouple. In addition to having... | |
| The SNAP-AIV provides two channels of analog voltage input, either -10 to +10 VDC or -5 to +5 VDC. Although the two channels are not isolated from each other, the... | |
| The SNAP-AIV-32 analog input module provides 32 channels of analog voltage input. Each channel can be configured for -10 to +10 VDC or -5 to +5 VDC operation. Although the... | |
| The SNAP-AIV-32-FM analog input module provides 32 channels of analog voltage input. Each channel can be configured for -10 to +10 VDC or -5 to +5 VDC operation. Although the... | |
| The SNAP-AIV-4 provides four channels of analog voltage input. Each channel can be configured for -10 to +10 VDC or -5 to +5 VDC operation. Although the four channels are... | |
| The SNAP-AIV-8 provides eight channels of analog voltage input. Each channel can be configured for -10 to +10 VDC or -5 to +5 VDC operation. Although the eight channels are... | |
| The SNAP-AIV-i provides two isolated channels of analog voltage input. Each channel can be configured for -10 to +10 VDC or for -5 to +5 VDC operation. In addition to... | |
| The SNAP-AIV2-i provides two isolated channels of analog voltage input, -100VDC to +100VDC. In addition to having two channels isolated from each other, the module is also transformer isolated and... | |
| The SNAP-AIVRMS provides two channels of 0-250 V AC or DC analog input. It may be used to monitor 120/240-volt AC/DC and 12/24/48-volt AC/DC system voltage. Although the two channels... | |
| The SNAP-AIVRMS-i module provides two isolated channels with an input range of 0 to 250 volts AC or DC. The SNAP-AIVRMS-i module may be used to monitor 120/240-volt AC/DC and... | |
| The SNAP-AIVRMS-i-FM module provides two isolated channels with an input range of 0 to 250 volts AC or DC. The SNAP-AIVRMS-i-FM module may be used to monitor 120/240-volt AC/DC and... | |
| The SNAP-AOA-23 provides two channels of analog current output at a nominal range of 4-20 mA. An external loop power source is required for the current loops. Although the two... | |
| The SNAP-AOA-23-iSRC module provides two channels of current output with a nominal output range of 4 mA to 20 mA. The module includes built-in loop sourcing capability. With the connection... | |
| The SNAP-AOA-28 provides two channels of analog current output at a nominal range of 0-20 mA. Although the two channels are not isolated from each other, the module is transformer... | |
| The SNAP-AOA-3 provides a single channel of digital-to-analog conversion. The module has a true differential (floating) output that eliminates ground loops and has a nominal output range of 4-20 mA. | |
| The SNAP-AOD-29 module provides two channels of time-proportional output (TPO). The module converts an analog value, such as a PID loop outpoint, to a digital on/off output. The outputs are... | |
| The SNAP-AOV-25 provides two channels of analog voltage output at a nominal range of 0-10 volts. Each channel can supply +5 mA of load current. Although the two channels are... | |
| The SNAP-AOV-27 provides two channels of analog voltage output at a nominal range of -10 to +10 volts. Each channel can supply -5 or +5 mA of load current. Although... | |
| The SNAP-AOV-5 provides a single channel of digital-to-analog conversion. The module has a true differential (floating) output that eliminates ground loops and has a nominal output range of 0-10 VDC. | |
| The SNAP-B3000-ENET Ethernet I/O brain is a compact I/O and communications processor that connects real-world analog, digital, and serial devices with Ethernet networks for monitoring, control, and data acquisition. The... | |
| The SNAP-B3000-MODBUS brain is a high-performance processor designed to remotely control and acquire a mix of SNAP analog and digital I/O modules on a B-series rack. The brain communicates to... | |
| The SNAP-BRS brain is a high-performance processor used to remotely control up to 32 digital SNAP I/O points on an eight-position B-series rack. The brain communicates with a host controller... | |
| The SNAP-BRS-HA is obsolete and no longer available. If you need to replace this brain, please contact Opto 22 Product Support for options. | |
| The SNAP-ENET-D64 Ethernet I/O brain is an I/O and communications processor that connects digital devices with Ethernet networks for monitoring, control, and data acquisition. The SNAP-ENET-D64 mounts on a SNAP-D64RS... | |
| The SNAP-ENET-RTC Ethernet I/O brain is an I/O and communications processor that connects analog, digital, and serial devices with Ethernet networks for monitoring, control, and data acquisition. The SNAP-ENET-RTC is... | |
| The SNAP-IAC-16 senses on/off status for 16 channels of 90-140 VAC/VDC input. The module features automatic counting and latching. | |
| The SNAP-IAC-A-16 senses on/off status for 16 channels of 180-240 VAC/VDC input. The module features automatic counting and latching. | |
| The SNAP-IAC-K-16 senses on/off status for 16 channels of 70-130 VAC/VDC input. The module features automatic counting and latching and provides channel-to-channel isolation. | |
| The SNAP-IAC5 provides four channels of 90-140 VAC digital input. Each channel senses the on/off status for AC voltages from sources such as proximity switches, push buttons, or auxiliary contacts. | |
| The SNAP-IAC5AFM provides four channels of 180-280 VAC digital input. Each channel senses the on/off status for AC voltages from sources such as proximity switches, push buttons, or auxiliary contacts. | |
| The SNAP-IAC5FM provides four channels of 90-140 VAC digital input. Each channel senses the on/off status for AC voltages from sources such as proximity switches, push buttons, or auxiliary contacts. | |
| The SNAP-IAC5MA provides four channels of 90-140 VAC digital input. Each channel senses the on/off status for AC voltages from sources such as proximity switches, push buttons, or auxiliary contacts. | |
| The SNAP-IDC-16 provides 16 isolated channels of 10-32 VDC input and features automatic counting and latching. It can be used to sense on/off status for 10–32 VDC inputs from sources... | |
| The SNAP-IDC-32 32-channel digital input module provides 32 digital input channels in one compact SNAP module. The SNAP-IDC-32 is ideal for OEMs and others who have applications with high point... | |
| The SNAP-IDC-32-FM 32-channel digital input module provides 32 digital input channels in one compact SNAP module. The SNAP-IDC-32-FM is ideal for OEMs and others who have applications with high point... | |
| The SNAP-IDC-32N 32-channel digital input module provides 32 digital input channels in one compact SNAP module. The SNAP-IDC-32N is ideal for OEMs and others who have applications with high point... | |
| The SNAP-IDC-HT-16 leakage tolerant digital input module is used with proximity switches. It offers channel-to-channel isolation for 16 points and senses on/off status for loads of 15–28 VDC/VAC. The SNAP-IDC-HT-16... | |
| The SNAP-IDC5 provides four channels of 10-32 Volts DC or AC digital input. Each channel senses the on/off status for DC voltages from sources such as proximity switches, push buttons,... | |
| The SNAP-IDC5-FAST-A provides four channels of high-speed 18-32 VDC digital input. Each channel senses the on/off status for DC voltages from sources such as proximity switches, push buttons, or auxiliary... | |
| The SNAP-IDC5-HT provides four channels of leakage-tolerant 15-32 VDC digital input. This module is designed for use with sensors that have a high leakage current. Removable top-mounted connectors on the... | |
| The SNAP-IDC5-SW module provides four channels of contact status input. The module supplies 15 volts of power to an external dry contact switch and senses switch closure. Each user-supplied switch... | |
| The SNAP-IDC5-SW-NC module provides four channels of contact status input. The module supplies 15 volts of power to an external dry contact switch and senses when the switch opens. Each... | |
| The SNAP-IDC5D provides four channels of 2.5-28 VDC digital input. Each channel senses the on/off status for DC voltages from sources such as proximity switches, push buttons, or auxiliary contacts. | |
| The SNAP-IDC5DFM provides four channels of 2.5-28 VDC digital input. Each channel senses the on/off status for DC voltages from sources such as proximity switches, push buttons, or auxiliary contacts. | |
| The SNAP-IDC5FAST provides four channels of high-speed 2.5-16 VDC digital input. Each channel senses the on/off status for DC voltages from sources such as proximity switches, push buttons, or auxiliary... | |
| The SNAP-IDC5FM provides four channels of 10-32 VDC digital input. Each channel senses the on/off status for DC voltages from sources such as proximity switches, push buttons, or auxiliary contacts. | |
| The SNAP-IDC5G provides four channels of 35-75 VAC/DC digital input. Each channel senses the on/off status for voltages from sources such as proximity switches, push buttons, or auxiliary contacts. The... | |
| The SNAP-IDC5MA provides four channels of 10-32 VDC digital input. Each channel senses the on/off status for DC voltages from sources such as proximity switches, push buttons, or auxiliary contacts. | |
| The SNAP-IDC5Q quadrature input module is designed to allow a SNAP brain to resolve two axes of rotating position information from quadrature encoder devices. The module outputs a pulse to... | |
| The SNAP-OAC5 provides four channels of 12-250 VAC digital output, each switching a separate AC load. AC outputs use zero voltage turn on and zero current turn off for transient-free... | |
| The SNAP-OAC5-i provides four isolated channels of 12-250 VAC digital output, each switching a separate AC load. AC outputs use zero voltage turn on and zero current turn off for... | |
| The SNAP-OAC5-iFM provides four isolated channels of 12-250 VAC digital output, each switching a separate AC load. AC outputs use zero voltage turn on and zero current turn off for... | |
| The SNAP-OAC5FM provides four channels of 12-250 VAC digital output, each switching a separate AC load. AC outputs use zero voltage turn on and zero current turn off for transient-free... | |
| The SNAP-OAC5MA provides four isolated channels of 12-250 VAC digital output, each switching a separate AC load. AC outputs use zero voltage turn on and zero current turn off for... | |
| The SNAP-ODC-32-SNK digital output module (load sinking) provides 32 digital output channels in one compact SNAP module. This module is ideal for OEMs and others with applications with high point... | |
| The SNAP-ODC-32-SRC digital output module (load sourcing) provides 32 digital output channels in one compact SNAP module. This module is ideal for OEMs and others with applications with high point... | |
| The SNAP-ODC5-i provides four isolated channels of 5-60 VDC digital output, each switching a separate DC load. The module features channel-specific LEDs for troubleshooting and includes a connector clamp to... | |
| The SNAP-ODC5-iFM provides four isolated channels of 5-60 VDC digital output, each switching a separate DC load. The module features channel-specific LEDs for troubleshooting and includes a connector clamp to... | |
| The SNAP-ODC5A-i provides four isolated channels of 5-200 VDC digital output, each switching a separate DC load. The module features channel-specific LEDs for troubleshooting and includes a connector clamp to... | |
| The SNAP-ODC5A-iFM provides four isolated channels of 5-200 VDC digital output, each switching a separate DC load. The module features channel-specific LEDs for troubleshooting and includes a connector clamp to... | |
| The SNAP-ODC5ASNK provides four channels of 5-200 VDC digital output in a sink configuration, each channel switching a separate DC load. The module features a removable top-mounted connector for easy... | |
| The SNAP-ODC5MA provides four isolated channels of 5-60 VDC digital output, each switching a separate DC load. The module features manual-on/manual-off /automatic switches that override output from the application and... | |
| The SNAP-ODC5R is a dry-contact digital output module that uses reed relays and does not provide optical isolation. Current rating depends on the voltage the module is used with. This... | |
| The SNAP-ODC5R5 is a dry-contact digital output module that uses reed relays and does not provide optical isolation. Current rating depends on the voltage the module is used with. This... | |
| The SNAP-ODC5R5FM is a dry-contact digital output module that uses reed relays and does not provide optical isolation. Current rating depends on the voltage the module is used with. This... | |
| The SNAP-ODC5SNK provides four channels of 5-60 VDC digital output in a sink configuration, each channel switching a separate DC load. The module features a removable top-mounted connector for easy... | |
| The SNAP-ODC5SNKFM provides four channels of 5-60 VDC digital output in a sink configuration, each channel switching a separate DC load. The module includes a guard and is Factory Mutual... | |
| The SNAP-ODC5SRC provides four channels of 5-60 VDC digital output in a source configuration, each channel switching a separate DC load. The module features a removable top-mounted connector for easy... | |
| The SNAP-ODC5SRCFM provides four channels of 5-60 VDC digital output in a source configuration, each channel switching a separate DC load. The module includes a guard and is Factory Mutual... | |
| The SNAP-PDPRS64 brain is a high-performance processor capable of controlling up to 64 channels of SNAP digital I/O, configured as inputs or outputs in banks of eight. The brain communicates... | |
| The SNAP-pH/ORP module provides two isolated channels of high-impedence voltage input, either -1.00 to +1.00 volts or -0.50 to +0.50 volts. The module is ideal for differential voltage measurements and... | |
| The SNAP-SCM-W2 provides two isolated channels of data input from attached devices that comply with the Wiegand interface format. Used with a SNAP PAC brain or R-series controller, the module... | |
| Type E Thermocouple Input Isolated | |
| Type E Thermocouple Input | |
| Type J Thermocouple Input | |
| Type K Thermocouple Input | |
| Type R Or S Thermocouple Input Isolated | |
| Type S Thermocouple Input | |
| Type T Thermocouple Input | |
| With the connection of a single 24 V power supply, the module sources two 24 V loops. The loop sources are internally connected to the individual outputs. The two channels... |