1734-IB8: Installation, Wiring, Configuration, and Programming Guide
The 1734-IB8 is an 8-channel 24VDC sinking digital input module for the Allen-Bradley POINT I/O platform. It connects to a controller via a POINT I/O communication adapter (1734-AENT for EtherNet/IP, 1734-ACNR for ControlNet, or 1734-ADN for DeviceNet) across the POINTBus backplane. The POINT I/O system uses a modular 3-piece design: terminal base, I/O module, and removable terminal block (RTB). This guide covers system assembly, field wiring, Studio 5000 configuration, ladder logic examples, and LED diagnostics.
Contents
1. Module Overview
The 1734-IB8 is a fixed 8-point sinking digital input module for the POINT I/O platform. It reads 24VDC discrete signals and maps them into a single byte of input data (1 bit per channel). The module supports selectable input filter times from 0 to 65 ms, 1 ms default (1734-UM001) with a 1 ms default for noise rejection.
Catalog Number Breakdown
| Code | Meaning | Value |
|---|---|---|
| 1734 | Platform | POINT I/O -- modular distributed I/O |
| I | Module type | Input |
| B | Signal type | DC sinking (B = DC sink; V = DC source) |
| 8 | Channel count | 8 discrete input points |
Key Specifications
| Parameter | Value |
|---|---|
| Number of Inputs | 8 (1 group of 8), sinking |
| Diagnostics | No (standard IB8 has no per-channel diagnostics) |
| Voltage, On-State (nominal) | 24V DC |
| Voltage, On-State (range) | 10 -- 28.8V DC |
| Voltage, Off-State (max) | 5V DC |
| Current, On-State (nominal) | 4 mA @ 24V DC |
| Current, On-State (range) | 2 mA -- 5 mA |
| Current, Off-State (min) | 1.5 mA |
| Impedance, Input (nominal) | 3.6 kΩ |
| Impedance, Input (max) | 4.7 kΩ |
| Input Filter Time | 0.5 ms hardware + (0 -- 65 ms user-selectable, 1 ms default) -- Off-to-On and On-to-Off (1734-UM001) |
| POINTBus Current (max) | 75 mA @ 5V DC |
| Power Dissipation (max) | 1.6 W @ 28.8V DC |
| Thermal Dissipation (max) | 5.5 BTU/hr @ 28.8V DC |
| Isolation Voltage | 50V continuous, reinforced insulation. Type tested at 2500V DC for 60 s, field-side to system. |
| External DC Power Supply (nominal) | 24V DC |
| External DC Power Supply (range) | 10 -- 28.8V DC |
| Dimensions (H x W x D) | 56.6 x 12.1 x 77.5 mm (2.23 x 0.48 x 3.05 in.) |
| Weight | 32.3 g (1.14 oz) |
| Terminal Base | 1734-TB, 1734-TBS, 1734-TOP, or 1734-TOPS |
| Wiring Category | 1 -- on signal ports |
| Keyswitch Position | 1 |
| Operating Temperature | -20 to +55°C (-4 to +131°F) |
| Enclosure Type | None (open-style) |
| Hazardous Location | Class I Division 2, ATEX Zone 2, IECEx |
POINT I/O vs. Compact 5000
Unlike the Compact 5000 (5069) platform which connects directly to a CompactLogix controller via a local I/O bus, POINT I/O modules communicate through a separate network adapter (1734-AENT for EtherNet/IP, 1734-ACNR for ControlNet). This makes POINT I/O ideal for distributed I/O applications where modules are located away from the controller -- in remote panels, junction boxes, or machine-mounted enclosures.
2. Hardware Installation
The POINT I/O system uses a No Tools design. The terminal base mounts to a DIN rail, the I/O module snaps into the base, and the removable terminal block (RTB) clips onto the front for field wiring.
System Assembly Order
| Position | Module | Example |
|---|---|---|
| Slot 0 (leftmost) | Communication Adapter | 1734-AENT (EtherNet/IP), 1734-ACNR (ControlNet), or 1734-ADN (DeviceNet) |
| Slot 1 -- 13 | I/O Modules | 1734-IB8 in any available slot (up to 13 modules on a 1734-AENT, POINTBus current permitting; up to 63 with 1734-EP24DC/EPAC expansion power supplies; 10 A max field power) |
| Optional | Expansion Power Supply | 1734-EPAC or 1734-EP24DC (if field power bus needs extending) |
Installation Steps
- Mount the terminal base on the DIN rail. Position the 1734-TB or 1734-TBS terminal base vertically above the rail. Hook the top rail clip, then press the bottom until the locking mechanism engages. The base interlocking side pieces connect to the adjacent base to form the POINTBus backplane.
- Set the keyswitch to position 1. Use a bladed screwdriver to rotate the keyswitch on the mounting base clockwise until the number 1 aligns with the notch. Verify the DIN rail locking screw is in the horizontal position.
- Slide the I/O module into the terminal base. Insert the module straight down into the mounting base and press to secure. The module locks into place and engages the POINTBus connector on the base automatically.
- Snap the RTB onto the module. Hook the RTB end into the base unit curved section, rotate the terminal block into the wiring base until it locks, then snap the RTB handle into place on the module. The RTB can be pre-wired at a bench before installation.
- Note the slot position. Modules are numbered left to right. The adapter occupies slot 0; the first I/O module to its right is slot 1. Record the slot number for Studio 5000 configuration.
- Set the adapter chassis size. Set the chassis size to 1 (the adapter) plus the number of I/O modules. The adapter makes no I/O connections until the chassis size matches the modules present (1734-UM011, Set the Chassis Size).
- Apply power. Connect 24V DC field power to the communication adapter's field power terminals. The POINTBus distributes backplane power to all modules.
Removal and Insertion Under Power (RIUP)
POINT I/O supports Removal and Insertion Under Power (RIUP). Removing one module does not disrupt the other modules; the adapter flashes its POINTBus Status LED red and reports a minor recoverable fault. If you remove more than one adjacent module, none of them reconnect until all are replaced (1734-UM011). When you insert or remove the module or the RTB with power on, an electric arc can occur; in a Class I Division 2 location, remove power or verify the area is nonhazardous first (1734-IN051).
Terminal Block Options
The 1734-IB8 mounts on one of these wiring base assemblies (1734-IN051, Module location):
| Terminal Base | Type | Description |
|---|---|---|
| 1734-TB / 1734-TBS | Two-piece (mounting base + RTB) | Screw-clamp (TB) or spring-clamp (TBS). The RTB unplugs from the mounting base, so the base can be replaced without rewiring. |
| 1734-TOP / 1734-TOPS | One-piece | Screw-clamp (TOP) or spring-clamp (TOPS). Terminal base and wiring in one unit. |
Terminal Block Removal
- Pull up on the RTB handle on the I/O module to unlatch it.
- Pull on the RTB handle to remove the RTB from the wiring base.
- To reinstall, hook the RTB end into the base unit, rotate until it locks, and snap the RTB handle into place.
For 1734-RTBS and 1734-RTB3S spring-clamp terminals, insert a bladed screwdriver (1492-N90, 3 mm diameter) into the opening at approximately 73° to latch and unlatch the wire. For 1734-TOPS and 1734-TOP3S, insert at approximately 97° and press in.
3. Wiring
Terminal Assignments
The 1734-IB8 has 8 terminal positions. On the 1734-TB and 1734-TBS bases, the terminals are arranged in a column. Field power (V = supply, C = common) is daisy-chained from the communication adapter, 1734-FPD field power distributor, 1734-EP24DC expansion power supply, or from a user-supplied external auxiliary terminal block.
| Pin | Function | Description |
|---|---|---|
| 0 | Input 0 | Channel 0 -- field device signal |
| 1 | Input 1 | Channel 1 -- field device signal |
| 2 | Input 2 | Channel 2 -- field device signal |
| 3 | Input 3 | Channel 3 -- field device signal |
| 4 | Input 4 | Channel 4 -- field device signal |
| 5 | Input 5 | Channel 5 -- field device signal |
| 6 | Input 6 | Channel 6 -- field device signal |
| 7 | Input 7 | Channel 7 -- field device signal |
All 8 RTB terminals are inputs, so the 1734-IB8 has no V or C terminal for sensor power. Take sensor +V and common from a user-supplied auxiliary terminal block (or the V/C terminals of the adapter, 1734-FPD or 1734-EP24DC), daisy-chained as shown in 1734-IN051. Use the 1734-TB, TBS, TOP or TOPS base.
Wire Specifications
| Parameter | Value |
|---|---|
| Wire Size | 0.25 -- 2.5 mm² (24 -- 14 AWG) for 1734-RTB; 0.08 -- 2.5 mm² (28 -- 14 AWG) for 1734-RTBS; 1 wire per cavity |
| Wire Size (18 AWG) | 0.75 mm², 2 wires per cavity (stranded only) |
| Strip Length (without ferrule) | 16 ± 1 mm (0.63 ± 0.03 in.); 18 ± 1 mm for two 18 AWG wires |
| Signal Terminal Voltage | 28.8V DC, 120/240V AC max |
| Signal Terminal Current | 2 A max |
| Terminal Base Screw Torque | 0.8 N·m (7 lb·in) |
Sink Wiring Configuration
For sink wiring (the standard configuration for the 1734-IB8), connect field devices as follows:
| From | To | Description |
|---|---|---|
| +24VDC field supply | Field device (one side) | Positive leg of field power supply |
| Field device (other side) | Module input terminal (pin 0 -- 7) | Signal wire to the input channel |
| DC COM (0V) | Auxiliary terminal block common (daisy-chained from the adapter, 1734-FPD or 1734-EP24DC C terminal) | Return for 3-wire sensors (BU) and the field supply |
Typical Field Device Wiring Examples
| Field Device | Contact Type | Wiring | Notes |
|---|---|---|---|
| Pushbutton (Start) | Normally Open (NO) | +24V → PB → Input pin | Input ON when pressed |
| Pushbutton (Stop / E-Stop) | Normally Closed (NC) | +24V → PB → Input pin | Input ON normally; OFF when pressed. For an E-stop this is a status signal only; the stop itself must be hardwired or safety-rated |
| 3-Wire PNP Proximity Sensor | PNP sourcing | +24V → BN; BK → Input pin; BU → 0V | PNP sensors recommended with sink inputs -- ON/OFF matches active/inactive |
| 2-Wire Proximity Sensor | 2-wire | +24V → sensor → Input pin | Sensor wires in series between supply and input; verify leakage current is below off-state threshold (1.5 mA) |
| Limit Switch | NO or NC | +24V → Switch → Input pin | NC wiring makes a broken wire read as OFF |
| Overload Relay (95-96) | NC | +24V → 95 → 96 → Input pin | Input ON = normal; OFF = tripped (fail-safe) |
Field Power Distribution
The 1734-IB8 receives its field-side power through the POINTBus backplane, originating from the communication adapter's 24V DC field power terminals (10 -- 28.8V DC, 10 A max). Only signal wires land on the 8-pin RTB. Sensor +V and 0V for 3-wire devices come from an auxiliary terminal block daisy-chained from the adapter, 1734-FPD or 1734-EP24DC (1734-IN051).
Field Power Budget
Each communication adapter supports a maximum of 10 A field power current across all modules on the bus. When planning your I/O configuration, total the field-side current draw of all modules. If the budget is exceeded, add an expansion power supply (1734-EPAC or 1734-EP24DC) to create a new field power segment.
4. Studio 5000 Configuration
POINT I/O modules are configured through the communication adapter in Studio 5000. The adapter appears in the I/O tree, and individual I/O modules are added as children of the adapter. This Series D product can be used with DeviceNet and PROFIBUS adapters, and with ControlNet and EtherNet/IP adapters using RSLogix 5000 software version 11 or later or Studio 5000 Logix Designer application version 20 or later.
Adding the Module to the I/O Tree
- In Studio 5000 Logix Designer, expand Controller Organizer → I/O Configuration → expand your EtherNet/IP network or ControlNet network → expand the 1734-AENT or 1734-ACNR adapter node.
- Right-click the adapter → New Module.
- In the module search dialog, type
1734-IB8and select it. Click Create. - Set the Name -- use a descriptive name such as
DI_Remote1. - Set the Slot number to match the physical position (the adapter is slot 0; Slot 1 = first module to the right of the adapter).
- Click OK. The module appears under the adapter in the I/O tree.
Connection Settings
| Setting | Options | Recommendation |
|---|---|---|
| RPI (Requested Packet Interval) | Direct Connection = 50 ms; Rack Optimization = not selectable | Default 50 ms for direct connection. For digital inputs where response time matters, keep at 50 ms or adjust based on application needs. |
| Connection Type | Data (default), Listen Only, Listen Only - Rack Optimization, Rack Optimization | Data (default) for most applications. Rack Optimization reduces network traffic by combining multiple modules into one connection. |
| Data Format | Integer | Integer is the only option for digital modules. |
Input Filter Configuration
The 1734-IB8 supports separate Off-to-On and On-to-Off input filter times for each channel. Open the Configuration tab in module properties to set filter values. Enter each filter value in milliseconds; the default is 1 ms (1734-UM001).
| Feature | Description |
|---|---|
| Channel | Channels 0 through 7 -- each individually configurable |
| Input Filter Time (ms) | Off-to-On and On-to-Off transition filter constant. A high signal must be present for this duration before the module reports On. A low signal must be present for this duration before reporting Off. Default is 1 ms. The hardware imposes a fixed 0.5 ms minimum filter. |
Filter Time Recommendations
| Filter Time | Use Case |
|---|---|
| 0 ms (Off) | High-speed signals, externally debounced sensors |
| 1 ms (Default) | Clean electronic signals -- proximity sensors, photoelectric sensors |
| 5 -- 10 ms | General purpose -- good balance of speed and noise rejection |
| 10 -- 20 ms | Mechanical contacts -- limit switches, relay contacts |
| 20 -- 65 ms | Pushbuttons, toggle switches, very noisy environments |
Create Aliases for Readability
Always create alias tags for your I/O points. Right-click any I/O tag → New Tag → set the Type to Alias and point it to the I/O address. For example, alias
PB_Start to the input address. This makes your ladder logic self-documenting and simplifies maintenance.
5. Reading Inputs in Ladder Logic
Digital inputs from the 1734-IB8 are read using standard ladder logic instructions. The module produces 1 byte of input data -- 8 bits, one per channel.
Instructions
| Instruction | Name | Function |
|---|---|---|
| XIC | Examine If Closed | TRUE when the bit is 1 (input is ON). Equivalent to a normally open contact. |
| XIO | Examine If Open | TRUE when the bit is 0 (input is OFF). Equivalent to a normally closed contact. |
Data Map
The 1734-IB8 produces 1 byte of scanner Rx data. It does not consume any scanner Tx data.
| Direction | Bit 7 | Bit 6 | Bit 5 | Bit 4 | Bit 3 | Bit 2 | Bit 1 | Bit 0 |
|---|---|---|---|---|---|---|---|---|
| Produce (scanner Rx) | Ch7 | Ch6 | Ch5 | Ch4 | Ch3 | Ch2 | Ch1 | Ch0 |
| Consume (scanner Tx) | No consumed data |
Where: Ch0 = Input channel 0, Ch1 = Input channel 1, ... Ch7 = Input channel 7. 0 = Off, 1 = On.
Practical Example: Motor Start/Stop with Status Monitoring
This example shows a motor control circuit using the 1734-IB8 in Slot 1 for inputs and a 1734-OB8 (8-point digital output) in Slot 2 for outputs.
Not a safety circuit. The 1734-IB8 and the controller logic below are standard control, not a safety function. The E-stop must remove power from the contactor through a hardwired circuit or a rated safety relay / POINT Guard I/O (1734-IB8S/OB8S) system (1734-SG001). The EStop_OK input here only reports the E-stop state to the program.
I/O Assignment Table
| Tag Alias | I/O Address | Module | Field Device | Contact Type |
|---|---|---|---|---|
| PB_Start | Adapter:1:I.Data.0 | 1734-IB8 Slot 1 | Green pushbutton | NO momentary |
| PB_Stop | Adapter:1:I.Data.1 | 1734-IB8 Slot 1 | Red pushbutton | NC momentary (wired NC) |
| EStop_OK | Adapter:1:I.Data.2 | 1734-IB8 Slot 1 | E-Stop auxiliary (status) contact | NC (status only) |
| OL_OK | Adapter:1:I.Data.3 | 1734-IB8 Slot 1 | Overload relay (95-96) | NC (opens on trip) |
| Motor_Run | Adapter:2:O.Data.0 | 1734-OB8 Slot 2 | Motor contactor coil | 24VDC coil |
| Pilot_Run | Adapter:2:O.Data.1 | 1734-OB8 Slot 2 | Green pilot light | 24VDC LED |
| Pilot_Fault | Adapter:2:O.Data.2 | 1734-OB8 Slot 2 | Red pilot light | 24VDC LED |
| PB_FaultReset | Adapter:1:I.Data.4 | 1734-IB8 Slot 1 | Blue pushbutton | NO momentary |
| Motor_Fault | Internal tag | (controller) | BOOL, latched overload fault | -- |
Ladder Logic (Structured Text Representation)
// ── Motor_1 Control Routine ─────────────────────────────────
// Module: 1734-IB8 in Slot 1 (inputs), 1734-OB8 in Slot 2 (outputs)
// Adapter: 1734-AENT EtherNet/IP adapter
//
// Tag Aliases:
// PB_Start → Adapter:1:I.Data.0 (NO momentary pushbutton)
// PB_Stop → Adapter:1:I.Data.1 (NC momentary -- wired NC, ON = normal)
// EStop_OK → Adapter:1:I.Data.2 (NC E-Stop status contact, ON = normal; status only)
// OL_OK → Adapter:1:I.Data.3 (NC overload relay, ON = normal)
// PB_FaultReset → Adapter:1:I.Data.4 (NO momentary reset pushbutton)
// Motor_Run → Adapter:2:O.Data.0 (Motor contactor coil)
// Pilot_Run → Adapter:2:O.Data.1 (Green run indicator)
// Pilot_Fault→ Adapter:2:O.Data.2 (Red fault indicator)
// Motor_Fault (internal BOOL -- latched overload fault)
// ─────────────────────────────────────────────────────────────
// Rung 1 -- Fault latch (evaluated before the seal-in so a trip is captured)
IF NOT OL_OK THEN
Motor_Fault := 1;
END_IF;
// Rung 2 -- Start/Stop seal-in with permissives (standard logic, not a safety function)
IF (PB_Start OR Motor_Run) AND PB_Stop AND EStop_OK AND OL_OK AND NOT Motor_Fault THEN
Motor_Run := 1;
ELSE
Motor_Run := 0;
END_IF;
// Rung 3 -- Fault reset
IF PB_FaultReset AND OL_OK AND EStop_OK THEN
Motor_Fault := 0;
END_IF;
// Rung 4 -- Pilot lights
Pilot_Run := Motor_Run;
Pilot_Fault := Motor_Fault;
NC Wiring and XIC Logic
The Stop pushbutton, E-Stop, and overload relay are all wired with normally closed contacts. In their normal (safe) state, the input reads ON (1). The ladder logic uses XIC for these -- TRUE when normal. If a wire breaks or the E-Stop is pressed, the input goes OFF, breaking the seal-in rung. NC wiring makes a broken wire read as a stop, but this does not make standard I/O a safety device.
6. Diagnostics & Troubleshooting
LED Indicators
The 1734-IB8 has Module Status, Network Status, and 4 I/O channel status LEDs. The 4 I/O LEDs each represent two channels: LED 0 = Ch 0 & 4, LED 1 = Ch 1 & 5, LED 2 = Ch 2 & 6, LED 3 = Ch 3 & 7.
Module Status LED
| LED | Color | State | Meaning |
|---|---|---|---|
| Module Status | Off | No Power | No power is applied to the device. Apply power. |
| Module Status | Steady green | Normal | The device is operating normally. |
| Module Status | Flashing green | Standby | The device needs commissioning due to missing, incomplete, or incorrect configuration. |
| Module Status | Flashing red | Recoverable Fault | A recoverable fault is present. 1. Cycle power. 2. If condition persists, replace the device. |
| Module Status | Steady red | Unrecoverable Fault | An unrecoverable fault occurred that may require device replacement. |
| Module Status | Flashing red/green | Self-Test | The device is in self-test mode. No action required. |
Network Status LED
| LED | Color | State | Meaning |
|---|---|---|---|
| Network Status | Off | Offline | The device is not online, has not completed dup_MAC_id test, or is not powered. |
| Network Status | Flashing green | No Connections | The device is online but has no connections in the established state. |
| Network Status | Steady green | Connected | The device is online and has connections in the established state. |
| Network Status | Flashing red | Timed Out | One or more I/O connections are in a timed-out state. Check for I/O module failure. |
| Network Status | Steady red | Communication Failure | Critical link failure. The device has detected an error preventing communication. |
| Network Status | Flashing red/green | Communication Faulted | The device has detected a network access error and is in a communication faulted state. |
I/O Channel Status LEDs
| LED | Color | State | Meaning |
|---|---|---|---|
| I/O Status (per pair) | Off | Input Off | Both paired channels are in the Off state. |
| I/O Status (per pair) | Yellow | Input On | One or both of the paired channels is in the On state. |
The 4 I/O LEDs each represent two channels: LED 0 = Ch 0 & 4, LED 1 = Ch 1 & 5, LED 2 = Ch 2 & 6, LED 3 = Ch 3 & 7. A LED lights yellow if either of its paired channels is On.
Common Faults and Resolutions
| Symptom | Likely Cause | Resolution |
|---|---|---|
| Module Status flashing green | Configuration missing or incomplete | Verify the module is added to the I/O tree in Studio 5000 with the correct slot number. Download the project. |
| Network Status off | Device not on the network | Check that the communication adapter is powered and online. Verify the terminal bases are properly seated and the POINTBus backplane is continuous. |
| Network Status flashing red | I/O connection timed out | Check the module is properly seated in its terminal base. Verify the RPI and connection type in Studio 5000. |
| Input LED is yellow but tag reads 0 | Module inhibited or project not downloaded | Right-click module in I/O tree → Properties → Connection tab → verify "Inhibit Module" is unchecked. Re-download the project. |
| Input LED is off but field device is activated | Wiring fault | Check field wiring: verify 24VDC at the field device output, check for broken wires, measure voltage at the input terminal (should be >10V when ON). |
| All 8 inputs read 0 | No field power | Verify 24VDC is connected to the communication adapter's field power terminals and the POINTBus is distributing power. |
| Input chatters ON/OFF rapidly | Electrical noise or contact bounce | Increase the input filter time for that channel. For mechanical contacts, try 10 -- 20 ms. Check cable routing and shielding. |
Electronic Keying
Studio 5000 supports electronic keying for POINT I/O modules. By default, Compatible Module keying is used -- the physical module must match the configured catalog number but allows minor revision differences. If you replace a module with a different series or revision, check the keying settings in module properties.
Automatic Device Replacement
POINT I/O supports Automatic Device Replacement (1734-SG001). The module configuration lives in the controller project and is sent when the controller opens its connection: a replacement of the same type accepts that connection and is configured once it passes the electronic keying check (1734-UM011). No project download is needed.
7. Related POINT I/O Digital Input Modules
The POINT I/O platform includes several digital input module variants:
| Catalog Number | Channels | Type | Key Difference | Typical Application |
|---|---|---|---|---|
| 1734-IB2 | 2 | 24VDC Sink | 2 inputs in compact form | Low-density applications, small machine I/O |
| 1734-IB4 | 4 | 24VDC Sink | 4 inputs | Mid-density applications |
| 1734-IB4K | 4 | 24VDC Sink (Conformal Coated) | Same as IB4 with conformal coating | Harsh environments |
| 1734-IB8 | 8 | 24VDC Sink | Standard 8-point -- this guide | General purpose distributed I/O |
| 1734-IB8K | 8 | 24VDC Sink (Conformal Coated) | Same as IB8 with conformal coating | High humidity, corrosive atmospheres |
| 1734-IB4D | 4 | 24VDC Sink with Diagnostics | Per-channel open wire and short circuit detection | Applications requiring field-side diagnostics |
| 1734-IV2 | 2 | 24VDC Source | Sourcing input variant | Sourcing sensor applications |
| 1734-IV4 | 4 | 24VDC Source | 4 sourcing inputs | Mid-density sourcing |
| 1734-IV8 | 8 | 24VDC Source | 8 sourcing inputs | High-density sourcing |
8. Related Guides
| Guide | Description |
|---|---|
| CompactLogix 5069-L306ER Setup Guide | First-time setup for the CompactLogix 5380 controller -- power wiring, Studio 5000 project creation, and network setup. |
| 5069-IB16 Digital Input Module Guide | Installation, wiring, and programming for the 16-channel Compact 5000 digital input module -- the local I/O equivalent of the 1734-IB8. |
Reference Documentation
The following Rockwell Automation publications were used as references for this guide. These are the official manufacturer documents for the hardware covered in this article.
| Publication | Description | Download |
|---|---|---|
| 1734-UM001 | POINT I/O Digital and Analog Modules and POINTBlock I/O Modules User Manual | |
| 1734-IN051 | POINT I/O Input Modules Installation Instructions | |
| 1734-SG001 | POINT I/O Modules Selection Guide |
Shop the POINT I/O (1734) Range
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