Configured for redundant I/O rack backplane management in fail-safe controller platforms, the Honeywell 10315/1/1 19 (10315/1/1 19 Base Board PCB) provides direct physical/electrical execution.
Hardware Specifications
Parameter
Specification
Model
10315/1/1 19
Brand
Honeywell
Origin
Global Manufacturing Facility
Weight
11.3 kg
Dimensions
19 inches x 17.7 inches x 1U
Operating Temp
Standard industrial cabinet range
Power Consumption
Passive backplane power distribution
Rack Chassis
Chrome-plated steel construction for EMI shielding
Module Capacity
Supports mounting of up to 18 I/O modules
Certifications
CE, TÜV, UL compliant
4-20 mA HART Loop Protocol and Channel Isolation
The chrome-plated steel rack chassis provides rigorous electromagnetic shielding, protecting internal signal traces and multi-module backplane buses from high-frequency interference. Channel-to-channel isolation and galvanic barrier circuits prevent ground loops and voltage transients across high-density I/O slots. 4-20 mA HART loop protocol compatibility and FOUNDATION Fieldbus frameworks are supported across the terminal distribution architecture to ensure transparent signal transmission for safety-critical field instruments.
Frequently Asked Questions
Q: How many I/O modules can be mounted onto the 10315/1/1 19 base board?
A: The backplane chassis is engineered to accommodate up to 18 individual I/O modules in a redundant configuration.
Q: Does the base board actively process control logic or execute software?
A: No. The unit functions as a passive base board PCB and rack backplane providing structural mounting, power distribution, and signal interconnection paths.
Q: Can modules be inserted into the backplane while the system rack is energized?
A: Module insertion and removal must follow platform-specific hot-swap safety protocols, ensuring backplane power isolation to prevent bus faults.
Field Installation Guidelines
Mount the 10315/1/1 19 chrome-plated steel chassis securely into a standard 19-inch industrial control cabinet using appropriate mechanical fasteners.
Ground the rack chassis directly to the cabinet ground bar to maintain continuous EMI shielding and electrical safety compliance.
Inspect backplane connector pins for alignment and debris prior to inserting I/O or processor modules into the 18 available slots.
Verify power distribution and signal loop continuity across the backplane terminals using a multimeter before system commissioning.
