9200-02061n
May 13, 2026

9200-02061n

9200-02061N Honeywell EPRO Front Panel - Complete Parameters I. Model Correspondence 9200-02061N = CON021/91 Intrinsically safe electro-vortex flow preamplifier II. Model Interpretation 9200: EPRO CON021 Preamplifier Series 02: Intrinsically Safe Explosion-proof Type 061: Compatible with probes with a total length of 6 meters specification N: Standard Regular Version

Description

9200-02061N Honeywell EPRO Front Panel - Complete Parameters

I. Model Correspondence 9200-02061N = CON021/91

Intrinsically safe electro-vortex flow preamplifier

II. Model Interpretation

9200: EPRO CON021 Preamplifier Series

02: Intrinsically Safe Explosion-proof Type

061: Compatible with probes with a total length of 6 meters specification

N: Standard Regular Version

III. Basic Electrical Parameters

Power Supply: DC -24V, operating range: -18V to -30V

Operating Current: ≤ 80mA

Frequency Response: 0 to 10kHz

Output Signal: -24V to 0V, linear voltage

Compatible Probe: PR6423 / PR6424 / PR6425, the entire series of eddy current sensors

Linear Measurement Range: matches the native range of each probe

IV. Explosion-proof and Environmental Specifications

Explosion-proof Class: Ex ib IIC T6 Gb, Intrinsically Safe Type

Operating Temperature: -20℃ to +60℃

Protection Class: IP20 (installed in the cabinet)

Installation Method: DIN rail snap-in installation

V. Terminal Definitions (5-pin)

1: -24V power negative

2: 0V power ground

3: Signal output (to the monitoring module)

4: Inner core wire of the probe

5: Probe shielding layer

VI. Applicable Accessories

Compatible Probes: PR6423/003-030, PR6424/006-030, etc.

Compatible Monitoring Modules: 9100-03047-01 (MMS3120)

Applicable Scenarios: Petrochemical, chemical, oil and gas explosion-proof areas, shaft vibration, displacement, eccentricity monitoring

VII. Differences from Ordinary Version

9200-0006N: Ordinary non-explosion-proof, for use in ordinary factories

9200-02061N: Intrinsically Safe, dedicated for flammable and explosive sites, electrical parameters are completely the same, only the explosion-proof class is different.

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