Canza gidanka da sabbin hanyoyin na’urorin lantarki masu yawa, daga hasken wuta mai hankali zuwa inganta ayyukanka da Bently Nevada 3500 Monitoring System, wanda ke ba da sa ido a ainihin lokaci kan girgiza da yanayin na’urorin injina don hana gazawa da ƙara lokacin aiki, da na’urorin da ake sarrafa su da murya duk an ƙera su ne don sauƙaƙa rayuwa, ƙara tsaro, da ƙarfafa haɗin kai.
SKU:MTL5015
MTL5015 Dual Solid-State Interface - MTL Instruments
Manufacturer: MTL
Product No.: MTL5015
Product Type: Detector Interface
Product Origin: USA
Payment:T/T, Western Union
Weight: 110g
Shipping port: Xiamen
Warranty: 12 months
Raba
- Isarwa Cikin Gaggawa
- Tallafi na awa 24 a rana, kwana 7 a mako
- Tabbacin Inganci
Bayani
MTL5015 Dual Channel Solid-State Interface
The MTL5015 from MTL Instruments provides dual-channel control of solid-state outputs in safe areas from hazardous area switches and proximity detectors.
Key Technical Specifications
- Brand: MTL Instruments
- Model: MTL5015
- Product Type: Dual Channel Solid-State Interface
- Channels: Two independent channels
- Output Type: Floating solid-state for logic circuits
- Frequency Range: DC to 5kHz
- Unit Weight: 110g lightweight design
Hazardous Area Certification
- Switch Location: Zone 0, IIC, T6 hazardous area
- Detector Location: Zone 0, IIC, T4-T6 with certification
- Division Rating: Division 1, Group A hazardous location
- The MTL5015 maintains intrinsic safety for both input channels
Input Specifications
- Sensor Voltage: 7 to 9V from 1kΩ ±10% source per channel
- Normal Phase: Output on if Iin >2.1mA or Rin <2kΩ
- Reverse Phase: Output off under same conditions
- Hysteresis: 200µA typical per channel for stable switching
- Phase Reversal: Independent for each channel, user-selectable
Output Characteristics
- Operating Frequency: DC to 5kHz per channel
- Maximum Off-state Voltage: 35V
- Off-state Leakage: 10µA maximum
- On-state Voltage Drop: 1 + (0.13 x current in mA) V
- Maximum On-state Current: 50mA per channel
- Compatibility: Floating outputs for logic circuits
Line Fault Detection (LFD)
- LFD Mode: User-selectable for each channel
- Open-circuit Alarm: On if Iin <50µA, Off if Iin >150µA
- Short-circuit Alarm: On if Rin <100Ω, Off if Rin >360Ω
- Fault Response: Detected line fault switches off the output
- Contact Input: Requires 500Ω-1kΩ series and 20kΩ-25kΩ parallel resistors
Terminal Configuration
- Channel 1 Input: Terminal 1 (Input –ve), Terminal 2 (Input +ve)
- Channel 2 Input: Terminal 4 (Input –ve), Terminal 5 (Input +ve)
- Earth Leakage: Terminal 3 (Ch 1), Terminal 6 (Ch 2) for detection
- Channel 1 Output: Terminal 10-11 (Output –ve), Terminal 12 (Output +ve)
- Channel 2 Output: Terminal 8 (Output –ve), Terminal 9 (Output +ve)
- Power Supply: Terminal 13 (Supply –ve), Terminal 14 (Supply +ve)
Physical & Power Specifications
- Unit Weight: 110g compact and lightweight
- Current Consumption: 44mA at 24V maximum
- Power Dissipation: 1.1W at 24V maximum
- Maximum Dissipation: 1.6W at 35V
- Isolation: 250V AC or DC between circuits
Safety Parameters
- Safety Voltage: 10.5V maximum per channel
- Internal Resistance: 800Ω per channel
- Safety Current: 14mA maximum per channel
- Maximum Voltage: Um = 250V rms or DC
- Inter-channel Isolation: 30V between hazardous-area circuits
Frequently Asked Questions
-
How many outputs does the MTL5015 control?
It controls two independent solid-state outputs from two hazardous area inputs. -
What is the maximum operating frequency?
It operates from DC to 5kHz per channel for high-speed logic applications. -
How does line fault detection work?
It detects open circuits (<50µA) and short circuits (<100Ω) with individual channel indication. -
What is the unit's weight?
The dual-channel interface weighs only 110 grams for easy installation.
For pricing and technical support, please contact sale@etowonauto.com
Ƙarin ƙayyadaddun bayanai
Sikeli (V/f)
Vector
mai amfani da wutar AC
Jagorar Sayi
- Tabbatar da ainihin samfurin, lambar ɓangare, da ƙayyadaddun bayanai kafin yin oda.
- Tabbatar da jituwa da injin ko tsarin kula da kake amfani da su a yanzu.
- Tuntuɓe mu ta sale@etowonauto.com ko +8617859788089 don taimakon fasaha.
- Duba zaɓuɓɓukan isarwa, lokacin jagora, da buƙatun jigilar kaya.
- Bi umarnin masana’anta da mafi kyawun hanyoyin aiki yayin girkawa.
Isarwa da Mayar da Kaya
Kayayyakin da ke cikin sito yawanci ana tura su a cikin wannan ranar aikin. Ga kayayyakin da ba sa cikin sito a yanzu, lokacin tura su na iya bambanta bisa ga samuwa. Ana ba da jigilar kaya zuwa ƙasashen waje, kuma ana ƙididdige kuɗin jigila bisa wurin da ake aikawa, nauyi, da kamfanin sufuri da aka zaɓa.
Ana karɓar mayar da kaya cikin kwanaki 30 bayan karɓa, muddin kayan ba a yi amfani da su ba kuma suna cikin yanayin da suka fito daga masana’anta. Kuɗin jigilar mayar da kaya nauyi ne a kan abokin ciniki. Da fatan za a tuntube mu kafin ku mayar da duk wani kaya domin samun izinin mayarwa.
Don ƙarin bayani, don Allah ku duba Manufar Jigila & Mayar da Kaya.

3500/61-05-CN Temperature Monitor Module | Bently Nevada
3500/22-01-02-CN TDI Module Bently Nevada
Bently Nevada 3500/42-04-00 | Seismic Monitor
-
Isarwa cikin gaggawa
Sassan kayan otomeshan na masana’antu na ainihi suna nan a shirye don aikawa cikin gaggawa a ko’ina cikin duniya.
-
Mayar da kaya cikin sauƙi
Tallafin mayar da kaya na kwanaki 30 tare da garantin watanni 12 don tabbatacciyar kariya bayan saye.
-
Taimako a kowane lokaci (24/7)
Tallafin ƙwararru mai saurin amsawa don taimakawa kiyaye ayyuka cikin kwanciyar hankali da inganci.
-
Na Gaskiya & Asali
Kashi 100% na asali ne, ana samar da su kai tsaye daga amintattun masana’antun kayan sarrafa masana’antu.
Jagorar Fasaha da Siyarwa
-
How Do MTL Intrinsic Safety Barriers Protect Petrochemical DCS Loops?
This article explains how industrial automation teams size MTL intrinsic safety barriers for petrochemical DCS a...
-
How Does Bently 3500 TSI Detect Proximity Probe Faults?
This article explains Bently 3500 TSI proximity probe troubleshooting, technical parameters and calibrated insta...
-
How to Diagnose Yokogawa CENTUM VP FCS Redundancy Faults?
This article explains how industrial automation teams can diagnose and debug Yokogawa CENTUM VP FCS controller redund...
-
How Does Siemens S7-1500 PLC Handle PROFINET Real-Time Jitter?
This article examines measurable PROFINET fault modes on Siemens S7-1500 PLC controllers and provides field-prov...
-
Why Do ABB AC800M Redundancy Mismatch Faults Keep Returning?
ABB AC800M redundancy mismatch faults account for 42.7 percent of controller alarms in 800xA systems. Most stem ...
-
How Does Honeywell C300 Improve on C200 DCS Controllers?
Honeywell C300 controllers deliver major gains over C200 in memory, scan speed, redundancy switching, and reliability...
