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LABORATORY AUTOMATION & WORKLIST GUIDE

Sysmex CS-1600 Bi-Directional LIS Interfacing Guide

Technical interfacing guide: bi-directional query, sample aspiration verification, and certified driver configuration for Sysmex CS-1600.

Sysmex CS-1600 Analyzer - AILS LIS Interfacing Guide
Manufacturer
Sysmex Corporation
Protocol
ASTM E1394-91
Throughput
120 tests/hour
Sample Volume
10 - 40 µL plasma
Verified Manual: Sysmex CS-1600 Instructions for Use
Host Interface: Sysmex CS-1600 LIS Communication Interface Manual

1. Sysmex CS-1600 Diagnostic Architecture & Clinical Use

Developed for modern diagnostic laboratories, the Sysmex CS-1600 by Sysmex Corporation provides high-accuracy Hematology / Coagulation instrumentation capable of Mid-volume automated hemostasis platform with multi-wavelength pre-analytical sample check (HIL check).. When connected through AILS Cloud LIMS, patient orders and analytical runs are automated in real time. Worklists flow seamlessly into the instrument to achieve rated throughput of 120 tests/hour, with sample aspiration verified at 10 - 40 µL plasma and bidirectional communications governed by Sysmex CS-1600 LIS Communication Interface Manual.

STAT Priority Routing & Worklist Acceleration

Emergency STAT specimens loaded onto the Sysmex CS-1600 trigger high-priority interrupt queries in AILS Gateway. The system pushes STAT test profiles to the top of the analytical queue without interrupting ongoing routine batches, sustaining high processing speeds up to 120 tests/hour.

Preanalytical Sample Integrity & Serum Indices Interlock

Preanalytical sample integrity alarms, clot alerts, and spectrophotometric serum indices (Hemolysis, Icterus, Lipemia) reported by the Sysmex CS-1600 are evaluated by AILS clinical logic. Tests susceptible to optical interference are automatically placed on review hold.

Engineering Compliance: Physical wiring and socket communications verified against Sysmex biomedical interfacing documentation (Sysmex CS-1600 LIS Communication Interface Manual).
Biomedical Engineering Review: Verified against official manufacturer engineering documentation (Sysmex CS-1600 Instructions for Use) and conforms to CLSI Auto-02A and ASTM E1394-91 standards. Certified by AILS Biomedical Interfacing Engineering Team (October 2026).

2. Sysmex CS-1600 RS-232 Serial Port & Pinout Configuration

Physical Hardware & Socket Configuration

RS-232C Serial / TCP/IP | Settings: 9600 / 19200 bps. Handshake: ASTM query and result upload with reaction curve data

Protocol: ASTM E1394-91
Interface Mode: Bi-Directional
Connection Speed: 9600 / 19200 bps
Manual Citation: Sysmex CS-1600 Instructions for Use
// RS-232 SERIAL PINOUT & WIRING SERIAL COM
[Sysmex CS-1600 RS-232 Port]         [AILS Gateway COM Interface]
Pin 2 (TxD / Data Out) ---------> Pin 2 (RxD / Data In)
Pin 3 (RxD / Data In)  <--------- Pin 3 (TxD / Data Out)
Pin 5 (GND / Signal)   <========> Pin 5 (GND / Signal)
Pin 7 (RTS) & Pin 8 (CTS)        [Hardware Flow Control / Loopback]
Baud Rate: 9600 / 19200 bps | Data: 8-Bit | Parity: None | Stop: 1-Bit
Shielding: Braided Foil Screened Twisted Pair (Max 15m)
Validated with low-latency bidirectional driver service.

3. Sysmex CS-1600 ASTM E1394 Record Frame

Below is a validated communication frame transmitted between the Sysmex CS-1600 and AILS LIS middleware:

H|\^&|||Sysmex CS-1600^Host|||||||P|1|20261030121700
P|1|||PAT842007||DOE^PATIENT_7||19780820|F
O|1|ACC20261007||^^^Sysmex CS-1600_PANEL|R|20261030121700|||||A
R|1|^^^PT|11.76|sec|11.0 - 13.5|N||F||Sys|20261030121700
R|2|^^^INR|1.10|ratio|0.85 - 1.15|N||F||Sys|20261030121700
R|3|^^^APTT|26.46|sec|25.0 - 36.0|N||F||Sys|20261030121700
R|4|^^^FIB|210.21|mg/dL|200 - 400|N||F||Sys|20261030121700
R|5|^^^TT|14.91|sec|14.0 - 21.0|N||F||Sys|20261030121700
R|6|^^^DDIMER|0.73|ug/mL FEU|< 0.50|N||F||Sys|20261030121700
L|1|N
AILS Edge Gateway Driver Configuration

4. Sysmex CS-1600 Clinical Parameter LOINC & Reference Range Dictionary

Instrument Code LOINC Code Clinical Parameter Name Standard Units Default Reference Range
PT 5902-2 Prothrombin Time sec 11.0 - 13.5
INR 6301-6 Prothrombin Time INR ratio 0.85 - 1.15
APTT 3173-2 Activated Partial Thromboplastin Time sec 25.0 - 36.0
FIB 3255-7 Fibrinogen (Clauss) mg/dL 200 - 400
TT 3243-3 Thrombin Time sec 14.0 - 21.0
DDIMER 48065-7 D-Dimer Quantitative ug/mL FEU < 0.50

5. Sysmex CS-1600 Biomedical Engineering Field Notes & Troubleshooting

Verified against Sysmex CS-1600 Instructions for Use & Sysmex CS-1600 LIS Communication Interface Manual

1

Aspiration Volume & Pneumatics: The Sysmex CS-1600 aspirates 10 - 40 µL plasma. Verify that pneumatics (-0.067 MPa vacuum / 0.10 MPa pressure) remain stable to prevent liquid-level sensor errors.

2

Multi-Wavelength Clot Curve: The Sysmex CS-1600 transmits clot reaction curve data (bH, dH, Coag %). AILS LIMS stores raw reaction curves to assist hematologists in evaluating abnormal coagulopathies.

3

Interface Framing & Baud Rate: Configure RS-232C Serial / TCP/IP to 9600 / 19200 bps following Sysmex CS-1600 LIS Communication Interface Manual. Ensure ASTM checksum (MOD 256) validation is active to prevent corrupted clot time records.

4

Fibrinogen Calibration Curve: Check multi-point calibration curves for Clauss Fibrinogen on Sysmex CS-1600 prior to reporting critical hypofibrinogenemia results.

5

Daily Probe Cleaning Cycle: Run daily wash and deproteinization protocols detailed in Sysmex CS-1600 Instructions for Use to prevent thromboplastin cross-contamination into partial thromboplastin time chambers.

TECHNICAL FAQ

Frequently Asked Questions: Sysmex CS-1600 LIS Interfacing

Common biomedical engineering questions regarding connection, worklist setup, and data capture with AILS Cloud LIMS.

Q: What hardware cabling and port parameters are needed to interface the Sysmex CS-1600 with AILS Gateway?

The Sysmex CS-1600 interfaces using a serial RS-232C Serial / TCP/IP connection with parameters configured to 9600 / 19200 bps. A dedicated null-modem DB9/DB25 cable with hardware flow control connects to the AILS Gateway hardware edge device or COM-to-IP terminal server.

Q: How does bi-directional worklist ordering and sample accessioning work on the Sysmex CS-1600?

When a primary tube is placed on the Sysmex CS-1600, the onboard scanner reads the barcode and sends a query to AILS Gateway. The gateway returns patient demographics, test profiles, and dilution rules in sub-300ms, supporting analytical speeds up to 120 tests/hour.

Q: How does AILS LIMS record clot reaction curves and ISI calibration for Sysmex CS-1600?

AILS Gateway ingests both raw clot times and optical reaction curve points (bH, dH, Coag %) from Sysmex CS-1600. Thromboplastin ISI coefficients are mapped to calculate calibrated INR values automatically.

Q: How are panic values, abnormal flags, and Westgard QC rules handled for Sysmex CS-1600?

All results from Sysmex CS-1600 undergo real-time evaluation against age- and sex-adjusted reference intervals, delta checks, and Westgard multirules. Results exceeding panic thresholds trigger immediate SMS/email alerts and lock the report pending pathologist sign-off.

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