PRODUCT TITLE
Pryme SPM-1400-M11 Behind-the-Head Noise-Canceling Headset for Motorola Multi-Pin
CONDITION
New
PRODUCT OVERVIEW
Pryme SPM-1400-M11 lightweight behind-the-head headset with noise-canceling boom microphone. Designed for professional two-way radio users requiring clear audio, comfort, and durability.
PRODUCT TYPE / CATEGORY
Radio Accessories > Headsets and Earpieces
KEY FEATURES
Behind-the-head headset design for comfortable, low-profile wear
Noise-canceling flexible boom microphone for clear transmit audio
Single-ear speaker for clear receive audio
Inline push-to-talk (PTT) button
Jack for optional remote wired finger PTT accessory
Reinforced strain relief for extended service life
Rugged construction suitable for professional use
TECHNICAL SPECIFICATIONS
Model: SPM-1400-M11
Headset Style: Behind-the-head, single ear
Microphone Type: Noise-canceling boom microphone
PTT: Inline PTT with optional remote PTT support
Construction: Durable polymer housing with reinforced cabling
COMPATIBILITY
Compatible with Motorola radios using the multi-pin accessory connector, including but not limited to:
APX3000, APX8000
DP2400, DP2600, DP3441
MTP3100, MTP3150, MTP3200, MTP3250, MTP3500, MTP3550
XPR3300, XPR3500
Compatibility is dependent on radio connector type.
SHIPPING
Handling time: up to 2 business days
Carrier selected by seller
RETURNS
30-day returns
Item must be returned in the same condition
Seller pays return shipping
DATA ACCURACY DISCLAIMER
Product details are based on available manufacturer information and may be subject to change without notice.
BULK / VOLUME BUYERS
For bulk orders or volume inquiries, please contact us to confirm availability and pricing.
ABOUT eHUB AMERICA
eHub America is a U.S.-based technology distributor specializing in two-way communications, networking, and security solutions. We operate with strict catalog standards, manufacturer-verified product data, and dependable order fulfillment. Our focus is serving professional, commercial, and institutional customers with consistency, accuracy, and operational reliability.