MX-200741743-801

Satellite Signals Navigation Set

NSN 5825-01-437-2391

DEMIL

Shelf Life

UOM

NIIN

Demil:

DEMIL/MLI

Shelf Life:

N/A

UOM:

NIIN:

014372391

Product Technical Spec.

NSN:

5825-01-437-2391

Item Name:

Gps Receiver

Cage Code:

0ZE05

Cross Referenced Parts

Part Number

Cage

RNCC

RNVC

RNAAC

Status

MSDS

SADC

Part Number:

9525 200 78000

Cage Code:

0ZE05

RNCC:

RNVC:

RNAAC:

Status:

MSDS:

SADC:

Part Number:

55-100-0205-001

Cage Code:

U7739

RNCC:

RNVC:

RNAAC:

Status:

MSDS:

SADC:

Part Number:

MC0201

Cage Code:

0ZE05

RNCC:

RNVC:

RNAAC:

Status:

MSDS:

SADC:

Part Number:

MX420/2

Cage Code:

0ZE05

RNCC:

RNVC:

RNAAC:

Status:

MSDS:

SADC:

Part Identification

INC

FIIG

Concept No.

App. Key

Cond. Code

Status

INC:

39376

FIIG:

T198-B

Concept No.:

App. Key:

Cond. Code:

Status:

Part Materials

Hazardous material, precious metals, criticality, enviroment, and electrostatic discharge indicators

HMIC

PMIC

ESD/EMI

ENAC

MMAC

CRITL

HMIC:

PMIC:

ESD:

MMAC:

CRITL:

Packaging & Shipping

Est. Pack Size

Est. Pack Weight

Est. Item Weight

Est. Item Dim.

Pack Size:

Paclk Weight:

Item Weight:

Item Dim:

OPI

SPI No.

SPI Rev.

SPC Mkg.

LVL A

LVL B

OPI:

SPI No.:

SPI Rev.:

SPC Mkg:

LVL_A:

LVL_B:

Freight Classification

NMFC

UFC

LTL

LCL

WCC

TCC

SHC

ACC

NMFC:

062820

UFC:

35080

LTL:

RATING VARIABLE

LCL:

WCC:

72D

TCC:

SHC:

ACC:

Instruments/Radio

We Guarantee with Every Order

100% Genuine Manufacturers Parts
Every Product thoroughly Inspected
Sales Record Retention of 7 years
Fast Delivery
HAZMAT Certified
Global Shipping

Pricing & Availability

Submit this form for current pricing and availability quote on part number mx-200741743-801 and/or cross reference parts.

Definition Definition of approved item name (AIN): "Gps Receiver"

A fixed number of components and/or items, not all having the same basic name, of a ground or airborne navigation set that acquires and tracks signals from a constellation of orbital satellites to obtain time and three-dimensional position and velocity directly or in conjunction with sub systems of the host vehicle. Excludes stand alone navigation systems, such as inertial navigation set.