Integrating seamless temperature monitoring into DeviceNet networks, the Omron DRT2-TS04P functions as a high-precision 4-point platinum-resistance thermometer input terminal. This Smart Slave module enables direct digital conversion of analog RTD sensor values right at the process location, transmitting temperature metrics directly to the master controller over the fieldbus network. By utilizing advanced diagnostics, the Omron DRT2-TS04P actively tracks communications voltage thresholds, operating times, and sensor break status, helping operators maintain peak uptime across modern industrial processing lines.
| Parameter | Specification |
|---|---|
| Manufacturer | Omron |
| Model Number | DRT2-TS04P |
| Input Types | Pt100, JPt100 (Platinum-resistance thermometers) |
| Number of Inputs | 4 analog RTD channels |
| Network Comm. Power | 11 to 25 VDC (from DeviceNet network cable) |
| Current Consumption | 70 mA maximum at 24 VDC; 110 mA maximum at 11 VDC |
| Display Resolution Modes | 1/10 display mode (4 words); 1/100 display mode (8 words) |
| Operating Temperature | -10 to 55 Celsius |
| Storage Temperature | -25 to 65 Celsius |
| Operating Humidity | 25% to 85% RH (non-condensing) |
| Unit Weight | 0.16 kg |
| Shipping Weight (Calculated) | 0.45 kg |
| Package Dimensions (Calculated) | 130 mm x 110 mm x 85 mm |
| Terminal Block Pin | Assigned Function |
|---|---|
| Red Wire (DeviceNet Connector) | V+ Network Power Supply Line |
| White Wire (DeviceNet Connector) | CAN High Signal Line |
| Shield (DeviceNet Connector) | Drain / Shield Line |
| Blue Wire (DeviceNet Connector) | CAN Low Signal Line |
| Black Wire (DeviceNet Connector) | V- Network Power Supply Line |
| RTD Input Terminals (CH0 - CH3) | Three-wire RTD Sensor Connections (A, B, b) per active channel |
The DRT2-TS04P belongs to the DeviceNet Smart Slave family and replaces legacy DRT1-series temperature blocks. Unlike first-generation terminals, the DRT2 architecture includes expanded EDS (Electronic Data Sheet) capabilities for deeper tool-assisted commissioning via Omron CX-Integrator. Ensure the master module scanner profile has been updated to accommodate the expanded 8-word space when operating in high-resolution (1/100 display) mode to prevent communication cycle overlaps.
When routing three-wire platinum resistance thermometers, match the physical resistance of all three lines to preserve high-accuracy compensation. Unequal line impedance in long runs introduces temperature offset errors that cannot be software-corrected. Additionally, operating in 1/100 resolution mode increases network transmission sizes. In saturated DeviceNet networks with multiple drops, this can spike network latency; verify baud rate capacities and physical segment distances accordingly.
To minimize high-frequency EMF interference from adjacent high-power lines, run RTD sensor cables inside separate metallic conduits. Always wire the DeviceNet shield line directly to an independent, noise-free functional ground terminal at only one node on the bus. Setting the physical node address (MAC ID) must be done prior to unit initialization by setting the integrated DIP switches; changing DIP switches while the unit is powered will trigger a configuration fault on the DeviceNet Master scanner.
Global Express Shipping
Returns & Warranty
Manufacturer: Omron
Product No.: DRT2-TS04P
Country of origin:Japan
Product Type: DeviceNet I/O Modules
Payment: T/T, Western Union
Weight: 1500g
Dimensions: 130 mm x 110 mm x 85 mm
Shipping port: Xiamen
Warranty: 12 months
Integrating seamless temperature monitoring into DeviceNet networks, the Omron DRT2-TS04P functions as a high-precision 4-point platinum-resistance thermometer input terminal. This Smart Slave module enables direct digital conversion of analog RTD sensor values right at the process location, transmitting temperature metrics directly to the master controller over the fieldbus network. By utilizing advanced diagnostics, the Omron DRT2-TS04P actively tracks communications voltage thresholds, operating times, and sensor break status, helping operators maintain peak uptime across modern industrial processing lines.
| Parameter | Specification |
|---|---|
| Manufacturer | Omron |
| Model Number | DRT2-TS04P |
| Input Types | Pt100, JPt100 (Platinum-resistance thermometers) |
| Number of Inputs | 4 analog RTD channels |
| Network Comm. Power | 11 to 25 VDC (from DeviceNet network cable) |
| Current Consumption | 70 mA maximum at 24 VDC; 110 mA maximum at 11 VDC |
| Display Resolution Modes | 1/10 display mode (4 words); 1/100 display mode (8 words) |
| Operating Temperature | -10 to 55 Celsius |
| Storage Temperature | -25 to 65 Celsius |
| Operating Humidity | 25% to 85% RH (non-condensing) |
| Unit Weight | 0.16 kg |
| Shipping Weight (Calculated) | 0.45 kg |
| Package Dimensions (Calculated) | 130 mm x 110 mm x 85 mm |
| Terminal Block Pin | Assigned Function |
|---|---|
| Red Wire (DeviceNet Connector) | V+ Network Power Supply Line |
| White Wire (DeviceNet Connector) | CAN High Signal Line |
| Shield (DeviceNet Connector) | Drain / Shield Line |
| Blue Wire (DeviceNet Connector) | CAN Low Signal Line |
| Black Wire (DeviceNet Connector) | V- Network Power Supply Line |
| RTD Input Terminals (CH0 - CH3) | Three-wire RTD Sensor Connections (A, B, b) per active channel |
The DRT2-TS04P belongs to the DeviceNet Smart Slave family and replaces legacy DRT1-series temperature blocks. Unlike first-generation terminals, the DRT2 architecture includes expanded EDS (Electronic Data Sheet) capabilities for deeper tool-assisted commissioning via Omron CX-Integrator. Ensure the master module scanner profile has been updated to accommodate the expanded 8-word space when operating in high-resolution (1/100 display) mode to prevent communication cycle overlaps.
When routing three-wire platinum resistance thermometers, match the physical resistance of all three lines to preserve high-accuracy compensation. Unequal line impedance in long runs introduces temperature offset errors that cannot be software-corrected. Additionally, operating in 1/100 resolution mode increases network transmission sizes. In saturated DeviceNet networks with multiple drops, this can spike network latency; verify baud rate capacities and physical segment distances accordingly.
To minimize high-frequency EMF interference from adjacent high-power lines, run RTD sensor cables inside separate metallic conduits. Always wire the DeviceNet shield line directly to an independent, noise-free functional ground terminal at only one node on the bus. Setting the physical node address (MAC ID) must be done prior to unit initialization by setting the integrated DIP switches; changing DIP switches while the unit is powered will trigger a configuration fault on the DeviceNet Master scanner.
Global Express Shipping
Returns & Warranty
Orders are processed and delivered Monday-Friday (excluding public holidays).
For full eligibility, restocking fees, and international return details, please view our official Refund & Return Policy .
| Country of origin |
Japan
|
Replacing a 1756-L73 does not automatically mean upgrading its firmware. This guide compares v19.013, v21.011 and v31.011, focusing on project compatibility, HMI communications, legacy networks and...
Implement a 3-SPST switch XOR light circuit in LogixPro or RSLogix 500 using an internal relay bit. Includes truth tables, boolean equations, and verified.
Integrate Allen-Bradley CompactLogix, Caterpillar ATS, and generators into DeltaV DCS over Modbus RTU. Covers ProSoft MVI69-MCM, Miille DIN266 gateways.
ONS instruction fires but the OTE coil never latches in Studio 5000 because the one-shot is only true for one scan. Use OTL/OTU or seal-in logic instead.
Configure Allen-Bradley Kinetix 5500 servo drives on EtherNet/IP. Covers CIP Sync, IEEE 1588 V2 timing, Stratix selection, DLR topology, and HMI.
A moving-average filter is the sliding-window smoother most instrument engineers drop into DCS and PLC analog paths. Here is how the window works, how N and sample time set lag, and when a...
