F6217 HIMA 8‑Channel Safety‑related Analog Input Module new

• Brand
  HIMA
• Model
  F6217
• Product Name
  8‑Channel Safety‑related Analog Input Module for HIQuad Safety PLC System
• Place of Origin
  Germany
• Customs HS Code
  85389000
• Power Supply
  0.25 A
• Dimensions
  210 mm × 128 mm × 21 mm
• Weight
  0.14 kg
• Operating Temperature
  ‑20 °C to +60 °C
• Storage Temperature
  ‑50 °C to +90 °C
• Warranty
  1 year
• Product Status
  new

Technical Specifications of HIMA F6217

Channel Configuration: 8 independent analog input channels

Supported Signal Types: 0–22 mA current signal (4–20 mA standard with 250 Ω shunt resistor); 0–5.5 V DC voltage signal

Maximum Input Voltage: 7.5 V DC

Maximum Input Current: 30 mA

Resolution: 12-bit

Voltage Channel Input Resistance: 100 kΩ

Data Update Cycle: 50 ms

Safety Response Time: Less than 450 ms

Input Filter Time Constant: Approximately 10 ms

Basic Accuracy Error: 0.1% full scale (25 °C)

Operating Accuracy Error: 0.3% full scale

Safety Error Limit: 1% full scale

Dielectric Withstand Voltage: 200 V (to ground)

Power Supply Requirements

Backplane Bus Power: 5 V DC, 80 mA

Auxiliary Power: 24 V DC, 50 mA

Safety & Performance Characteristics

Safety Certification: SIL 3 compliant per IEC 61508, AK6 safety qualification

Diagnostic Functions: Supports channel abnormality detection, circuit short-circuit and wire break diagnosis, comprehensive internal self-diagnosis, and system bus fault alarm reporting

Communication Interface: Dedicated HIMA internal I/O bus for data interaction with safety CPU

Protection Class: IP20 (cabinet indoor installation)

Industry Certifications: TÜV, CE, UL certified

Wiring Method for HIMA F6217

General Wiring Description

The F6217 safety analog input module uses the dedicated Z7127 front-terminal block for field-side signal wiring, while its rear-side plug connects to the HIMA system backplane bus. It is compatible with H41q and H51q safety systems and provides 8 fully independent analog input channels. Shielded twisted-pair cables shall be used for all field analog signals. Cable shields shall be single-point grounded to the cabinet equipotential bar to avoid ground-loop interference.

4-20 mA Current Signal Wiring (Two-wire Transmitter)

A 250 Ω precision shunt resistor must be fitted on the Z7127 terminal adapter, which converts the 4-20 mA current signal into a 1-5 V voltage signal for module processing.

Two-wire transmitter positive terminal → channel positive terminal

Two-wire transmitter negative terminal → channel negative terminal (analog GND)

The 24 V DC power supply for field transmitters must be provided externally; the F6217 module cannot supply power to field devices.

Every current channel works independently. Do not share analog ground between different channels.

Voltage-signal Wiring (0-5.5 V DC)

Signal positive wire connects to the channel positive terminal.

Signal negative wire connects to the corresponding channel analog GND terminal.

The external input voltage must never exceed the module maximum rating of 7.5 V DC.

Backplane and Auxiliary Power Wiring

5 V DC power is automatically supplied through the system backplane bus once the module is inserted; no additional field wiring is needed, with typical power consumption of 80 mA.

24 V DC auxiliary power is wired to the dedicated auxiliary terminals on Z7127, rated consumption 50 mA. Strict polarity observance is mandatory.

PE protective earth: connect cabinet protective ground to the grounding pin of the Z7127 connector.

Termination Requirements for Unused Channels

For unused voltage-input channels: fit short-circuit jumpers across the corresponding positive and negative terminals to suppress open-circuit diagnostic alarms.

For unused current-input channels: retain the installed 250 Ω shunt resistor, or apply short-circuit termination following the official adapter specifications.

F3237 
PS1000/230

F8653X
F7130A